mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising a tread portion, a tread edge (Te) provided in the tread portion, a shoulder main groove extending continuously in the tire circumferential direction in the tread portion, and a shoulder land region being defined between the tread edge (Te) and the shoulder main groove, wherein the shoulder land region is provided with a shoulder lateral groove connecting the shoulder main groove and the tread edge (Te) and a first shoulder lug groove extending axially inwardly from the tread edge (Te) and terminating within the shoulder land region, an angle (θ1) of the shoulder lateral groove with respect to the tire axial direction is larger by 10 to 40 degrees than an angle (θ2) of the first shoulder lug groove with respect to the tire axial direction, the shoulder lateral groove is formed as a crank-shaped bent groove including a first inner lateral groove portion, a first middle lateral groove portion, and a first outer lateral groove portion, wherein each of the first inner lateral groove portion, the first middle lateral groove portion, and the first outer lateral groove portion are formed as a straight line, a bent groove is formed by the first inner lateral groove portion and the first middle lateral groove portion, and a bent groove is formed by the first middle lateral groove portion and the first outer lateral groove portion, wherein the first inner lateral groove portion, the first middle lateral groove portion, and the first outer lateral groove portion are inclined to the same direction with respect to the tire axial direction, and wherein the first shoulder lug groove is arranged in a region overlapping in the tire axial direction when viewed in the tire circumferential direction with the first outer lateral groove portion, characterized in that the length of the first shoulder lug groove in the tire axial direction is set in a range of 60% to 90% of the length of the first outer lateral groove portion in the tire axial direction.
A process for formulating a homogenous crosslinked polymer bonded explosive composition comprising the steps of: i) forming an admixture of precure castable explosive composition, comprising an explosive material, a polymerisable binder, and a cross linking reagent which comprises at least two reactive groups each of which is protected by a labile blocking group, wherein the labile blocking group comprises at least one resonant acoustic mixing stimulus labile linkage, ii) applying resonant acoustic mixing stimulus to the admixture, at a frequency in the range of less than 200Hz, causing the at least one resonant acoustic mixing stimulus labile linkage to be removed and to release said cross linking reagent, to cause the cure process to start. i) forming an admixture of precure castable explosive composition, comprising an explosive material, a polymerisable binder, and a cross linking reagent which comprises at least two reactive groups each of which is protected by a labile blocking group, wherein the labile blocking group comprises at least one resonant acoustic mixing stimulus labile linkage, ii) applying resonant acoustic mixing stimulus to the admixture, at a frequency in the range of less than 200Hz, causing the at least one resonant acoustic mixing stimulus labile linkage to be removed and to release said cross linking reagent, to cause the cure process to start.
A variable displacement rotary positive displacement pump for fluids, comprising a rotor arranged to rotate within an eccentric cavity of a stator ring in turn arranged to be rotated within a first predetermined angular interval, as operating conditions of the pump (1; 401) vary, in order to vary a relative eccentricity between the cavity and the rotor and hence the displacement of the pump (1; 401), characterised in that the stator ring is housed within an eccentric cavity of an external ring, which is configured as a multistage rotary piston arranged to be directly driven by a fluid under pressure in order to be rotated within a second predetermined angular interval, and arranged to transmit the rotary motion to the stator ring in order to make it rotate in opposite direction to the external ring.
A variable capacitor (15, 150, 151, 152, 153, 154, 155, 157, 158), comprising: a dielectric member having a first face portion and a second face portion opposite from said first face portion; a terminal member configured to engage with said first face portion of said dielectric member; and an electrode section disposed in an opposing relationship to said second face portion of said dielectric member and including a conductive member (26, 70); wherein the conductive member (26, 70) has a contact area with said second face portion that varies in response to the external force applied to said electrode section, and wherein the variable capacitor is characterized by: an elastic member (27, 27A) configured to bias said conductive member (26, 70) in a direction in which said conductive member is spaced away from said second face portion, and the conductive member (26, 70) is brought into contact with the second face portion of said dielectric member by an external force applied to said electrode section. a dielectric member having a first face portion and a second face portion opposite from said first face portion; a terminal member configured to engage with said first face portion of said dielectric member; and an electrode section disposed in an opposing relationship to said second face portion of said dielectric member and including a conductive member (26, 70); wherein the conductive member (26, 70) has a contact area with said second face portion that varies in response to the external force applied to said electrode section, and wherein the variable capacitor is characterized by: an elastic member (27, 27A) configured to bias said conductive member (26, 70) in a direction in which said conductive member is spaced away from said second face portion, and the conductive member (26, 70) is brought into contact with the second face portion of said dielectric member by an external force applied to said electrode section. an elastic member (27, 27A) configured to bias said conductive member (26, 70) in a direction in which said conductive member is spaced away from said second face portion, and the conductive member (26, 70) is brought into contact with the second face portion of said dielectric member by an external force applied to said electrode section.
A quality evaluation method of a laminate including an oxide semiconductor thin film and a protective film on a surface of the oxide semiconductor thin film, the method comprising: a first step of evaluating a failure caused by an in-film defect in the oxide semiconductor thin film by measuring an electronic state of the oxide semiconductor thin film by one of a contact method and a noncontact method after the oxide semiconductor thin film is formed on a substrate and before the protective film is formed, thereby determining the condition for optimizing the failures caused by the in-film defects; and a second step of evaluating a failure caused by an interfacial defect between the oxide semiconductor thin film and the protective film by measuring the electronic state of the oxide semiconductor thin film by one of a contact method and a noncontact method after the protective film is formed on a surface of the oxide semiconductor thin film processed at a condition determined based on the evaluation. a first step of evaluating a failure caused by an in-film defect in the oxide semiconductor thin film by measuring an electronic state of the oxide semiconductor thin film by one of a contact method and a noncontact method after the oxide semiconductor thin film is formed on a substrate and before the protective film is formed, thereby determining the condition for optimizing the failures caused by the in-film defects; and a second step of evaluating a failure caused by an interfacial defect between the oxide semiconductor thin film and the protective film by measuring the electronic state of the oxide semiconductor thin film by one of a contact method and a noncontact method after the protective film is formed on a surface of the oxide semiconductor thin film processed at a condition determined based on the evaluation.
A furniture assembly, comprising: a first panel having a first side and a second side; a connecting member (44, 52) arranged adjacent to one of the first side and the second side of the first panel, the connecting member (44, 52) comprising a first part and a second part (48, 56), the first part being configured to be connected to the first panel; and an auxiliary device configured to be mounted to the second part (48, 56) of the connecting member (44, 52), in order to increase a height of the furniture assembly above the first panel; wherein the first panel comprises a bottom part and a top part, and a first predetermined height is defined between the top part and the bottom part of the first panel; wherein when the auxiliary device is mounted to the second part (48, 56) of the connecting member (44, 52), a second predetermined height is defined between a top part of the auxiliary device and the bottom part of the first panel, and the second predetermined height is higher than the first predetermined height; wherein the auxiliary device comprises a first fitting member, a second fitting member and an extension member arranged between the first fitting member and the second fitting member; wherein the auxiliary device is mounted to the second part (48, 56) of the connecting member (44, 52) through the first fitting member; characterized in that the first panel comprises a predetermined portion, and one of the first fitting member and the second fitting member is arranged with a hook (78, 80) configured to engage with the predetermined portion of the first panel. a first panel having a first side and a second side; a connecting member (44, 52) arranged adjacent to one of the first side and the second side of the first panel, the connecting member (44, 52) comprising a first part and a second part (48, 56), the first part being configured to be connected to the first panel; and an auxiliary device configured to be mounted to the second part (48, 56) of the connecting member (44, 52), in order to increase a height of the furniture assembly above the first panel; wherein the first panel comprises a bottom part and a top part, and a first predetermined height is defined between the top part and the bottom part of the first panel; wherein when the auxiliary device is mounted to the second part (48, 56) of the connecting member (44, 52), a second predetermined height is defined between a top part of the auxiliary device and the bottom part of the first panel, and the second predetermined height is higher than the first predetermined height; wherein the auxiliary device comprises a first fitting member, a second fitting member and an extension member arranged between the first fitting member and the second fitting member; wherein the auxiliary device is mounted to the second part (48, 56) of the connecting member (44, 52) through the first fitting member; characterized in that the first panel comprises a predetermined portion, and one of the first fitting member and the second fitting member is arranged with a hook (78, 80) configured to engage with the predetermined portion of the first panel.
An inhaler comprising a housing to receive a strip having a plurality of blisters, each blister having a puncturable lid and containing a dose of medicament for inhalation by a user, a mouthpiece mounted to the housing and through which a dose of medicament is inhaled by a user, a blister piercing member mounted for rotation about a first axis and an actuating mechanism including an actuating lever mounted for rotation about a second axis to sequentially move each blister into alignment with the blister piercing member, wherein the actuating lever cooperates with the blister piercing member so that the blister piercing member pivots about said first axis in response to rotation of the actuating lever from an initial position about the second axis to puncture the lid of an aligned blister so an airflow through the blister is generated to entrain the dose contained therein and carry it, via the mouthpiece, into the user's airway when a user inhales through the mouthpiece, the inhaler further comprising an actuating lever load control member to control the force that must be applied to the actuating lever to cause it to rotate from the initial position such that a biasing force is applied to the actuating lever throughout all, or at least a substantial portion of, the stroke of the actuating lever, characterised in that the load control member comprises a cantilever on the actuating lever and a ramp on the housing, said ramp being shaped to change the degree of deflection of the cantilever during the stroke of the actuating lever, and the ramp being shaped such that the load applied to the cantilever gradually increases until the blister piercing member begins to pivot about said first axis.
An information transmission method performed by a terminal device, wherein the method comprises: sending a non-access stratum request to a core network device of a second PLMN; receiving, in a response message of the non-access request message, identifier information of at least one public land mobile network, PLMN, and target network slice selection assistance information corresponding to the at least one PLMN from the core network device in the second PLMN, wherein the identifier information of the at least one PLMN and the target network slice selection assistance information corresponding to the at least one PLMN comprise identifier information of a first PLMN and first network slice selection assistance information corresponding to the first PLMN; when the terminal device moves to the first PLMN and accesses the first PLMN, obtaining the identifier information of the first PLMN that is broadcast by an access network device of the first PLMN; determining the first network slice selection assistance information based on the identifier information of the first PLMN and the identifier information of the at least one public land mobile network PLMN and the target network slice selection assistance information corresponding to the at least one PLMN; and sending an access request to the access network device, wherein the access request carries the first network slice selection assistance information. receiving, in a response message of the non-access request message, identifier information of at least one public land mobile network, PLMN, and target network slice selection assistance information corresponding to the at least one PLMN from the core network device in the second PLMN, wherein the identifier information of the at least one PLMN and the target network slice selection assistance information corresponding to the at least one PLMN comprise identifier information of a first PLMN and first network slice selection assistance information corresponding to the first PLMN; when the terminal device moves to the first PLMN and accesses the first PLMN, obtaining the identifier information of the first PLMN that is broadcast by an access network device of the first PLMN; determining the first network slice selection assistance information based on the identifier information of the first PLMN and the identifier information of the at least one public land mobile network PLMN and the target network slice selection assistance information corresponding to the at least one PLMN; and sending an access request to the access network device, wherein the access request carries the first network slice selection assistance information.
A fitting element configured for providing a fluidic coupling to a fluidic device, the fitting element comprising a tubing, and an inlay located in a cavity of a front side of the tubing, wherein the inlay protrudes over the front side, at least before coupling of the tubing to the fluidic device, - upon coupling of the tubing to the fluidic device - the front side is fitted to the fluidic device for connecting a fluid path of the tubing to a fluid path of the fluidic device, and the inlay provides a sealing of the fluid path (410, 420) of the tubing and the fluidic device, and the cavity is located in a center position of the front side of the tubing and opening into the flow path of the tubing. - upon coupling of the tubing to the fluidic device - the front side is fitted to the fluidic device for connecting a fluid path of the tubing to a fluid path of the fluidic device, and the inlay provides a sealing of the fluid path (410, 420) of the tubing and the fluidic device, and
A method for amplification of a specific microRNA molecule in a sample, the method comprising the steps of: a) adding poly-A tails to a population of RNA molecules in a sample; b) producing cDNA molecules of the poly-A-tailed RNA molecules using an extension primer in a reverse transcription reaction; and c) amplifying the cDNA molecules by PCR using a forward primer and a reverse primer both of which are specific for said specific microRNA molecule, wherein said extension primer is a nucleotide sequence according to formula III: R 1 - y -R 2 wherein R 1 is a 5'-end nucleotide sequence, y is a central part of y consecutive thymine residues, wherein y is an integer of from 5 - 50, and R 2 is a sequence motif VN or VNN consisting of two or three 3'-end terminal nucleotide residues respectively, wherein V is either an adenine residue, a guanine residue, or a cytosine residue and N is either an adenine residue, a guanine residue, a cytosine residue or a thymine residue, and wherein the reverse primer is a nucleotide sequence according to formula II: R 3 - x -R 4 wherein R 3 is 5'-end nucleotide sequence, x is a central part of x consecutive thymine residues, wherein x is an integer of from 5-50, and R 4 is a 3'-end nucleotide sequence that specifically hybridizes to a nucleotide sequence of a target microRNA molecule, and wherein either the forward primer or R4 of the reverse primer comprise at least one LNA. a) adding poly-A tails to a population of RNA molecules in a sample; b) producing cDNA molecules of the poly-A-tailed RNA molecules using an extension primer in a reverse transcription reaction; and c) amplifying the cDNA molecules by PCR using a forward primer and a reverse primer both of which are specific for said specific microRNA molecule,
A pneumatic tire comprising a tread portion provided with a circumferentially and continuously extending shoulder main groove, a plurality of shoulder lateral grooves each extending from the shoulder main groove toward axially outwardly of the tire, and a plurality of middle lateral grooves each extending from the shoulder main groove toward axially inwardly of the tire, the shoulder main groove extending in a zigzag manner comprising linear portions and curved portions which are arranged alternately in a circumferential direction of the tire, each linear portion extending in a straight or in an arc having a radius of curvature in a range of not less than 200mm, the shoulder main groove having a pair of groove edges and a circumferential space therein which straightly extends along the circumferential direction of the tire without coming into contact with both groove edges, each shoulder lateral groove having a first groove edge at the side of the circumferentially first side, and each middle lateral groove having a first groove edge at the side of the circumferentially first side, characterized in that each linear portion is inclined toward axially inwardly of the tire from a circumferentially first side to a circumferentially second side at an angle (θ1) with respect to the circumferential direction of the tire, each curved portion has a radius of curvature in a range of from 12 to 80 mm, the curved portion protruding toward axially outwardly of the tire, the circumferential space has an axial width d0 in a range of from 0.2 to 0.7 times an axial groove width d of the shoulder main groove, each shoulder lateral groove extends beyond a tread edge (Te) axially outwardly of the tire, each middle lateral groove extends from a corner between the linear portion and the curved portion so as to be smoothly connected to the curved portion, and a circumferential distance La from a first intersection point where the first groove edge of the middle lateral groove and an axially inner groove edge of the shoulder main groove cross each other to a second intersection point where the first groove edge of the shoulder lateral groove and an axially outer groove edge of the shoulder main groove cross each other at the side of the circumferentially second side is in a range of from 1.1 to 2.0 times a circumferential width Lb of a groove intersection where the middle lateral groove and the shoulder main groove cross each other.
A door closer, in particular a swing door closer, with a hold-open function or with a free-swing function, comprising a door closer housing, an output shaft connectable to a door, a piston sub-assembly connected to the output shaft and guided in the door closer housing, a closer spring, a piston rod disposed for the connection of the piston sub-assembly to the closer shaft, a hydraulic blocking compartment configured for blocking the closer spring, and a free-swing arrangement, which is configured to allow for a translatory movement of the piston sub-assembly uncoupled from the closer spring with the closer spring being blocked, a separating wall, which is disposed in a fluid-tight manner in the door closer housing between the piston sub-assembly and the closer spring, wherein the piston rod extends in a fluid-tight manner through the separating wall, and a closer spring tensioning piston, which is guided in the door closer housing and abutting against the closer spring, wherein a blocking compartment is configured between the separating wall and the closer spring tensioning piston, characterized in that a pocket is configured in the piston sub-assembly or in the closer spring tensioning piston, wherein the piston rod is displaceably guided in the pocket.
A system comprising a holder, and a disposable processing bag adapted to be arranged in said holder, said processing bag comprising: a bag formed of one or more pieces of plastic sealed to form a closed container, one or more ports formed in the bag to provide access to an interior of the bag for the introduction and/or removal of materials to/from the bag, and an alignment plate attached to the bag adjacent the one or more ports such that it cannot be realigned or moved out of register, wherein the alignment plate has one or more openings aligned to match the one or more ports of the bag, wherein the one or more ports extend through the openings of the alignment plate, and wherein the alignment plate has a unique outer edge shape that is designed to fit into a corresponding unique opening in the holder in only one orientation for proper alignment of the bag in the holder. a bag formed of one or more pieces of plastic sealed to form a closed container, one or more ports formed in the bag to provide access to an interior of the bag for the introduction and/or removal of materials to/from the bag, and an alignment plate attached to the bag adjacent the one or more ports such that it cannot be realigned or moved out of register, wherein the alignment plate has one or more openings aligned to match the one or more ports of the bag, wherein the one or more ports extend through the openings of the alignment plate, and wherein the alignment plate has a unique outer edge shape that is designed to fit into a corresponding unique opening in the holder in only one orientation for proper alignment of the bag in the holder.