mhurhangee/patent-ind-claim-en huggingface dataset:
A chloroprene-based polymer latex comprising a chloroprene-based polymer, wherein: an amount of substance of alkali metal cation per unit mass in the chloroprene-based polymer latex is 0.12 to 0.25 mmol/g measured by using an inductively coupled plasma atomic emission spectrometer after 1.0 g of the chloroprene-based polymer latex is acid-decomposed with sulfuric acid and nitric acid and acidified with hydrochloric acid, when the chloroprene-based polymer latex is freeze-dried to obtain a solid content containing the chloroprene-based polymer, and an ethanol-toluene azeotropic mixture soluble content specified in JIS K 6229 is extracted by refluxing from the solid content to obtain an extract, and the obtained extract is acid treated with hydrochloric acid, an amount of rosin acid of in the solid content measured by gas chromatography is 1.4 to 3.2% by mass with respect to 100% by mass of the chloroprene-based polymer in the solid content, and when the chloroprene-based polymer latex is purified with benzene and methanol, freeze-dried, and dissolved in a 5% deuterochloroform solvent, and a 1H- NMR spectrum is measured with nuclear magnetic resonance analysis, the 1H-NMR spectrum of the chloroprene-based polymer measured in a deuterochloroform solvent does not have a peak at 4.15 to 4.20 ppm; or the 1H-NMR spectrum of the chloroprene-based polymer measured in the deuterochloroform solvent has a peak at 4.15 to 4.20 ppm and, wherein an area of the peak at 4.15 to 4.20 ppm is C and the area of the peak at 4.05 to 6.10 ppm is B, C/B is less than 0.10/100. an amount of substance of alkali metal cation per unit mass in the chloroprene-based polymer latex is 0.12 to 0.25 mmol/g measured by using an inductively coupled plasma atomic emission spectrometer after 1.0 g of the chloroprene-based polymer latex is acid-decomposed with sulfuric acid and nitric acid and acidified with hydrochloric acid, when the chloroprene-based polymer latex is freeze-dried to obtain a solid content containing the chloroprene-based polymer, and an ethanol-toluene azeotropic mixture soluble content specified in JIS K 6229 is extracted by refluxing from the solid content to obtain an extract, and the obtained extract is acid treated with hydrochloric acid, an amount of rosin acid of in the solid content measured by gas chromatography is 1.4 to 3.2% by mass with respect to 100% by mass of the chloroprene-based polymer in the solid content, and when the chloroprene-based polymer latex is purified with benzene and methanol, freeze-dried, and dissolved in a 5% deuterochloroform solvent, and a 1H- NMR spectrum is measured with nuclear magnetic resonance analysis, the 1H-NMR spectrum of the chloroprene-based polymer measured in a deuterochloroform solvent does not have a peak at 4.15 to 4.20 ppm; or the 1H-NMR spectrum of the chloroprene-based polymer measured in the deuterochloroform solvent has a peak at 4.15 to 4.20 ppm and, wherein an area of the peak at 4.15 to 4.20 ppm is C and the area of the peak at 4.05 to 6.10 ppm is B, C/B is less than 0.10/100.
Splicing device for label strips, comprising at least one frame and/or housing, in which conveying paths for two label strips are arranged, which comprise for a first label strip at least first guide rollers and a first cutting device , and for a second label strip at least two guide rollers and a second cutting device , said splicing device further containing a splicing station for connecting the two label strips, and wherein the first and second cutting devices (22a, b) comprise in each case at least one moveable cutting element (32a, b), which is pretensioned by a pretensioning device (41a,b) into an arresting position, said cutting device comprising a trigger mechanism (42a, b) for releasing the pretensioning device, so as to move the cutting element from the arresting position into a cutting position, wherein, in the arresting position it is retracted behind at least one component (48a, b) of the cutting device, characterised in that the first cutting device , with at least one first part of the splicing device, and the second cutting device , with at least one second part of the splicing device, are in each case mounted on a pivot arm (26a, b), which in turn is mounted on bearings such as to be able to pivot between an operational position and an opening position on the frame/housing of the splicing device .
A flexible tubular device comprising a single-piece part having a tubular wall that delimits a sealed chamber intended to be filled with a fluid, wherein said tubular wall comprises an elastomeric matrix into which is integrated at least one reinforcement ply delimited by two longitudinal portions , characterized in that said at least one reinforcement ply has the general shape of a sleeve that extends within said tubular wall to surround said sealed chamber , and in that said two longitudinal portions of said at least one reinforcement ply are juxtaposed to each other. wherein said tubular wall comprises an elastomeric matrix into which is integrated at least one reinforcement ply delimited by two longitudinal portions , characterized in that said at least one reinforcement ply has the general shape of a sleeve that extends within said tubular wall to surround said sealed chamber , and in that said two longitudinal portions of said at least one reinforcement ply are juxtaposed to each other.
A forged golf club head comprising: a club head body comprising a sole , a top rail , a strike face , a back wall of the strike face , and a rear portion ; wherein the strike face comprises a heel end, a toe end, an upper region , and a lower region ; wherein the rear portion of the body has an upper edge and a nonlinear outer periphery ; wherein the strike face comprises a strike plane that is coplanar to the strike face ; a cavity located between the rear portion and the back wall of the strike face and extending along a cavity axis ; wherein the club head body is forged from a single solid billet; characterized in that : the cavity comprises a volume of between 3.5 cc and 6.5 cc; the cavity axis is parallel to the strike plane ; and the cavity is formed during a multi-stage forging. a club head body comprising a sole , a top rail , a strike face , a back wall of the strike face , and a rear portion ; wherein the strike face comprises a heel end, a toe end, an upper region , and a lower region ; wherein the rear portion of the body has an upper edge and a nonlinear outer periphery ; wherein the strike face comprises a strike plane that is coplanar to the strike face ; wherein the strike face comprises a heel end, a toe end, an upper region , and a lower region ; wherein the rear portion of the body has an upper edge and a nonlinear outer periphery ; wherein the strike face comprises a strike plane that is coplanar to the strike face ; a cavity located between the rear portion and the back wall of the strike face and extending along a cavity axis ; wherein the club head body is forged from a single solid billet; characterized in that : the cavity comprises a volume of between 3.5 cc and 6.5 cc; the cavity axis is parallel to the strike plane ; and the cavity is formed during a multi-stage forging. the cavity comprises a volume of between 3.5 cc and 6.5 cc; the cavity axis is parallel to the strike plane ; and the cavity is formed during a multi-stage forging.
A hinge assembly comprising: a housing that includes a hinge space defined therein, wherein a hinge opening is defined in the housing, and wherein the hinge opening communicates the hinge space with an exterior of the housing, an arm pivotably connected to the housing within the hinge space, wherein the arm is pivotable between a closed position and an open position, wherein the arm extends through the hinge opening and a first end of the arm is positioned outside of the housing, and a dampener that includes first and second ends , wherein the first end is connected to the housing and the second end is connected to the arm, wherein the dampener biases the arm from the closed position to the open position, wherein the arm is pivotable between the closed position, the open position and an over-travel position, and wherein the arm is biased from the over-travel position to the open position, and wherein the dampener is movable between a normal position and an over-travel position, wherein the dampener is in the normal position when the arm is in the closed and open position and the dampener is in the over travel position when the arm is in the over-travel position.
A rotor blade assembly comprising; a flex-beam member ; a torque tube surrounding the flex-beam member and extending partially along a rotor blade assembly length; a rotor blade surrounding the flex beam member extending from the torque tube to a blade tip; and a single connecting pin assembly to secure the rotor blade and the torque tube at the flex-beam member , the single connecting pin assembly consisting of: a first pin member having a first shaft extending at least partially into the rotor blade assembly through the rotor blade from a first rotor blade side ; and a second pin member disposed at a second rotor blade side ; wherein a clamping load between the first pin member and the second pin member secures the rotor blade and torque tube to the flex-beam member . a first pin member having a first shaft extending at least partially into the rotor blade assembly through the rotor blade from a first rotor blade side ; and a second pin member disposed at a second rotor blade side ; wherein a clamping load between the first pin member and the second pin member secures the rotor blade and torque tube to the flex-beam member .
An analyzer comprising an analytical device configured to use a consumable, a primary solid waste container and a secondary solid waste container for solid waste of the analyzer , wherein the secondary solid waste container is placed underneath the primary solid waste container , wherein the secondary solid waste container comprises side walls and a deformable impact absorbing member for preventing solid waste dropped off into the secondary solid waste container from being reflected and jumping out of the secondary solid waste container , wherein the side walls comprise an upper end and a lower end and a rim between the upper end and the lower end , wherein the impact absorbing member is connected to the rim of the side walls such that the impact absorbing member extends between the side walls and is spaced apart from the lower end with respect to a direction from the lower end to the upper end and an air cushion is formed underneath the impact absorbing member , wherein the impact absorbing member is configured to absorb an impact from solid waste of the analyzer .
A radial press, having an open base structure comprising at least two frame elements , a plurality of press jaws arranged about a press axis (X) and a drive unit acting on these and supporting itself on the base structure , by means of which the press jaws are radially moveable towards the press axis (X) or away from the same, wherein the radial press is embodied in the manner of a yoke press, having two yokes or control bodies standing in a movement direction perpendicularly to the press axis (X) that can be linearly moved relative to one another, wherein the drive device comprises at least one drive element embodied as linear drive defining a work axis (A), which supports itself on one of the frame elements , and the press jaws are received in a tool installation space formed between the two yokes or control bodies , characterised, in that radially outside the press jaws at least one fibre structure forming a part of the base structure which extends in a plane standing substantially perpendicularly on the press axis (X) and extending in an annularly closed form round about the press axis is provided which, bridging at least one separating joint existing between the at least two frame elements , interconnects these.
A therapeutically effective amount of cowpea mosaic viruses for use in the treatment of cancer in a subject, wherein the cowpea mosaic viruses are not used as a vehicle for drug or antigen delivery, wherein the cowpea mosaic viruses are nonreplicating and non-infectious in the subject and wherein the therapeutically effective amount of the cowpea mosaic viruses is an amount effective to stimulate an immune response in the subject.
Method for operating a braking system of a vehicle , wherein a pilot control value for a braking pressure of the braking system is adjusted using an inlet pressure value representing an inlet pressure on the braking system and a processing specification representing braking dynamics of the vehicle , characterized in that a pilot control gradient of the pilot control value is adjusted using an inlet pressure gradient of the inlet pressure value and the processing specification , the processing specification representing a vehicle-model-specific normal force response over time when the vehicle is braking and/or vehicle-model-specific pitching dynamics when the vehicle is braking, wherein a setpoint value of the braking pressure is individually regulated per wheel brake cylinder using the pilot control value and a derivative of the wheel speed of the wheel braked by the wheel brake cylinder.
Gas flow rate regulation device intended to supply a propulsion device of a spacecraft comprising a tank of pressurised gas, notably xenon, a fluidic circuit connected to the tank comprising a draw-off line comprising an upstream end connected to the tank and at least one downstream end intended to be connected to a propulsion member such as a plasma engine, the draw-off line comprising, arranged in series from upstream to downstream, a first isolation valve , a second regulation valve and a member for measuring the pressure downstream of the second regulation valve , the second regulation valve being designed to regulate the flow rate and/or pressure determined as a function of the pressure measured by the downstream pressure measurement member , the second regulation valve being an electrically controlled variable-flow-rate PCV proportioning valve, the first isolation valve also being an electrically controlled variable-flow-rate PCV proportioning valve, the device comprising an electronic data acquisition, storage and processing member configured to control at least one of the second valve and the first valve on the basis of the value measured by the downstream pressure measurement member , characterized in that , in the absence of failure of the second valve , the electronic data acquisition, storage and processing member is configured to control the first valve using all-or-nothing operation, i.e. the first valve is switched only between two states: fully open and fully closed, and in that the electronic data acquisition, storage and processing member is configured to control the second valve using proportional operation, i.e. using a plurality of possible degrees of openness to regulate the draw-off gas flow rate at a flow rate and/or pressure determined from a plurality of possible values.
A target reporter construct (TRC) for detecting a target nucleic acid, the TRC being a closed, partially single-stranded nucleic acid comprising: (a) a target sequence complementary to the target nucleic acid; (b) a bridge sequence forming a double-stranded portion of the TRC; and (c) an accessory sequence comprising a multifunctional probe sequence, wherein the bridge sequence comprises a palindromic sequence for the formation of nanospheres during replication, and wherein the target sequence is further defined as a toehold switch, wherein the toehold switch is a sequence capable of uniquely hybridizing to the target nucleic acid. (a) a target sequence complementary to the target nucleic acid; (b) a bridge sequence forming a double-stranded portion of the TRC; and (c) an accessory sequence comprising a multifunctional probe sequence, wherein the bridge sequence comprises a palindromic sequence for the formation of nanospheres during replication, and wherein the target sequence is further defined as a toehold switch, wherein the toehold switch is a sequence capable of uniquely hybridizing to the target nucleic acid.
An emulsion composition for an aerosol preparation comprising an oil phase; an aqueous phase; and vesicles formed of an amphipathic substance which spontaneously forms the vesicles, or particles of a condensation polymer having hydroxyl groups the oil phase including a polymer compound having hydrophilic groups and hydrophobic groups, and the vesicles or the particles of a condensation polymer existing at an interface between the oil phase and the aqueous phase.
A method for improving surface integrity of a gear made of stainless steel by an additive manufacturing method, wherein the gear having distance between two teeth on opposite sides of the gear from 1 mm to 10 mm comprising - providing the gear made of stainless steel by additive manufacturing; - immersing the gear into a water pool so that the part to be treated by the laser shock peening is immersed in a depth of 5-10 cm below the water surface; - setting a laser beam for laser shock peening; wherein the step of setting comprising setting laser pulse having energy between 200 mJ and 1 J, setting pulse duration of the beam to value between 10 ns and 15 ns, setting repetition rate from 1 Hz - 15 Hz, and setting density of the laser beam is between 1,7 GW/cm 2 and 8,49 GW/cm 2 ; - applying the laser shock peening to a root along a fillet radius in a gap (103 or 203) between two neighbouring teeth (101 and 102), wherein - the laser shock peening is applying directly to the surface of the gears without protective taping nor coating; and wherein - the spot size of the laser beam is substantially the same as the size of the gap, and wherein the irradiated spot sizes are overlapping for at least 90% of the area. - providing the gear made of stainless steel by additive manufacturing; - immersing the gear into a water pool so that the part to be treated by the laser shock peening is immersed in a depth of 5-10 cm below the water surface; - setting a laser beam for laser shock peening; wherein the step of setting comprising setting laser pulse having energy between 200 mJ and 1 J, setting pulse duration of the beam to value between 10 ns and 15 ns, setting repetition rate from 1 Hz - 15 Hz, and setting density of the laser beam is between 1,7 GW/cm 2 and 8,49 GW/cm 2 ; - applying the laser shock peening to a root along a fillet radius in a gap (103 or 203) between two neighbouring teeth (101 and 102), wherein - the laser shock peening is applying directly to the surface of the gears without protective taping nor coating; and wherein - the spot size of the laser beam is substantially the same as the size of the gap, and wherein the irradiated spot sizes are overlapping for at least 90% of the area.
A base station , comprising: circuitry, which, in operation, selects, from a plurality of combinations of parameters regarding uplink control channel, PUCCH resources, one combination; and a transmitter , which, in operation, indicates a terminal of resource settings including the plurality of combinations by higher layer signaling, and indicates the terminal of the one combination that has been selected by dynamic signaling, characterized in that one of a first transmission method that is in slot based, and a second transmission method that is in non-slot based, is set, wherein, in a case where the first transmission method is set, at least a parameter indicating a symbol position is included in a plurality of parameters corresponding to the one combination indicated by the dynamic signaling, and the transmitter indicates the terminal of a parameter indicating a slot, independently from the resource settings, and wherein, in a case where the second transmission method is set, at least the parameter indicating the slot and a parameter indicating a symbol position within the slot, are included in the plurality of parameters. circuitry, which, in operation, selects, from a plurality of combinations of parameters regarding uplink control channel, PUCCH resources, one combination; and a transmitter , which, in operation, indicates a terminal of resource settings including the plurality of combinations by higher layer signaling, and indicates the terminal of the one combination that has been selected by dynamic signaling, characterized in that one of a first transmission method that is in slot based, and a second transmission method that is in non-slot based, is set, wherein, in a case where the first transmission method is set, at least a parameter indicating a symbol position is included in a plurality of parameters corresponding to the one combination indicated by the dynamic signaling, and the transmitter indicates the terminal of a parameter indicating a slot, independently from the resource settings, and wherein, in a case where the second transmission method is set, at least the parameter indicating the slot and a parameter indicating a symbol position within the slot, are included in the plurality of parameters.
A movable bathtub assembly comprising a bathtub and a mechanism to displace it comprising two pair of arms, each pair of arms on the opposite side of the bathtub , whereas each pair of arms is connected at a first end, via a frame , to a base and/or to a wall by a first pair of articulated joints and is connected at a second end, via a bed , to the bathtub by a second pair of articulated joints , wherein all arms, joints and mechanism mounting structures are arranged below the upper edge of the bathtub supported by bathtub legs on the base and situated in the bathing position, in principle horizontally completely inside a space defined by the upper edge of the bathtub , the base and bathroom walls adjacent to the bathtub , in such way, that the bathtub is displaced following the rotation of the two pair of arms from a bathing position to a vertical position, where a concave side of the bathtub faces towards the place of the centre of the bathtub when in the bathing position, whereas the arms and the bathtub form a four-bar linkage with oscillating links defining the bathtub trajectory, whereby the movement of the arms is synchronised on both sides of the bathtub by a stiff connection of one arm from the first pair to the corresponding arm from the second pair by a coupling element .
A message processing method, applied to a user plane function UPF device, wherein the method comprises: receiving (S406) user equipment UE authentication information sent by a session management function SMF device; matching (S408) a received (S409) uplink message of UE with the UE authentication information; and if the matching succeeds, sending, (S410) by the UPF device, the uplink message that comprises the UE authentication information to a first application APP, wherein the first APP performs authentication on the UE according to the UE authentication information. receiving (S406) user equipment UE authentication information sent by a session management function SMF device; matching (S408) a received (S409) uplink message of UE with the UE authentication information; and if the matching succeeds, sending, (S410) by the UPF device, the uplink message that comprises the UE authentication information to a first application APP, wherein the first APP performs authentication on the UE according to the UE authentication information.