mhurhangee/ep-ind-claims huggingface dataset:
A warhead comprising: (a) an explosive charge having a direction of elongation and a convex front surface and (b) a non-fragment-forming blast-shaping arrangement comprising a quantity of inert powder deployed to cover a majority of said convex front surface. (a) an explosive charge having a direction of elongation and a convex front surface and (b) a non-fragment-forming blast-shaping arrangement comprising a quantity of inert powder deployed to cover a majority of said convex front surface.
Packaging for storing, transport and/or cryoconservation of biological material comprising two parallel walls (12, 13, 31, 32) connected to each other along their periphery (14, 33) and in a central area of the packaging, characterized in that the walls (12, 13, 31, 32) are parallel after filling, in which the packaging incorporates at least one opening (15, 25, 34) for filling whereby the packaging may be filled, and wherein the distance between the inner surface of the two walls (12, 13, 31, 32) is any one of 2 mm, 1.1 mm, 1.0 mm or 0.95 mm.
A crib comprising: a mattress supported by a base, a plurality of sides (120, 122, 124, 126; 602, 604) made of flexible and breathable material, characterized in that the crib further comprises a plurality of outer rigid panels affixed around the perimeter of the crib that extend upwardly to approximately the same height as the top of the mattress, whereby the plurality of sides (120, 122, 124, 126; 602, 604) are captured between the outer rigid panels and the mattress such that there are no gaps between the mattress and the flexible and breathable material of the plurality of sides (122, 124, 126; 602, 604), the base is configured to move vertically, and the plurality of outer rigid panels are configured to move vertically, so that the outer rigid panels will extend upwardly to approximately the same height as the top of the mattress whenever the base (102is moved vertically. a mattress supported by a base, a plurality of sides (120, 122, 124, 126; 602, 604) made of flexible and breathable material, characterized in that the crib further comprises a plurality of outer rigid panels affixed around the perimeter of the crib that extend upwardly to approximately the same height as the top of the mattress, whereby the plurality of sides (120, 122, 124, 126; 602, 604) are captured between the outer rigid panels and the mattress such that there are no gaps between the mattress and the flexible and breathable material of the plurality of sides (122, 124, 126; 602, 604), the base is configured to move vertically, and the plurality of outer rigid panels are configured to move vertically, so that the outer rigid panels will extend upwardly to approximately the same height as the top of the mattress whenever the base (102is moved vertically.
Device for measuring the spasticity of an articulation of a subject, the articulation being located between a first limb and a second limb, the device being characterised in that it comprises: ∘ a first part for receiving all or part of the first limb of the articulation, ∘ a second part for receiving all or part of the second limb of the articulation, the second part being pivotably connected to the first part about a rotational axis, and ∘ means for determining a spasticity score from measurements relating to the reaction of said articulation to a flexion exerted on the articulation, the determination means comprising: • a means for measuring an articulation reaction torque at the site of the rotational axis, • a unit for processing the measurement of the reaction torque of the articulation reaction torque at the site of the rotational axis by the measuring means, the processing unit being intended to determine: ∘ the continuous component of said measurement, ∘ the alternative component of said measurement, • a means for measuring the muscular activity of part of the muscles of the articulation, and • a means for measuring the angle formed between the two parts (10, 12) of the device. ∘ a first part for receiving all or part of the first limb of the articulation, ∘ a second part for receiving all or part of the second limb of the articulation, the second part being pivotably connected to the first part about a rotational axis, and ∘ means for determining a spasticity score from measurements relating to the reaction of said articulation to a flexion exerted on the articulation, the determination means comprising: • a means for measuring an articulation reaction torque at the site of the rotational axis, • a unit for processing the measurement of the reaction torque of the articulation reaction torque at the site of the rotational axis by the measuring means, the processing unit being intended to determine: ∘ the continuous component of said measurement, ∘ the alternative component of said measurement, • a means for measuring the muscular activity of part of the muscles of the articulation, and • a means for measuring the angle formed between the two parts (10, 12) of the device. • a means for measuring an articulation reaction torque at the site of the rotational axis, • a unit for processing the measurement of the reaction torque of the articulation reaction torque at the site of the rotational axis by the measuring means, the processing unit being intended to determine: ∘ the continuous component of said measurement, ∘ the alternative component of said measurement, ∘ the continuous component of said measurement, ∘ the alternative component of said measurement, • a means for measuring the muscular activity of part of the muscles of the articulation, and • a means for measuring the angle formed between the two parts (10, 12) of the device.
Pneumatic vehicle tyre of a radial type of construction with a carcass insert, two belt plies (2a, 2b) and a belt bandage, wherein, in the lateral belt regions, a bracing strip, which runs over the circumference of the tyre while in contact with the radially inner belt ply and the carcass insert, is respectively arranged radially within the radially inner belt ply, wherein each belt ply (2a, 2b) has reinforcing elements (2'a, 2'b), which run parallel to one another and at an angle (α) of 20° to 40° to the circumferential direction, and wherein the reinforcing elements (2'a) in the one belt ply cross the reinforcing elements (2'b) in the other belt ply, and wherein the bracing strips comprise steel filaments (2'c), which are embedded in rubber material, run parallel to one another and at an angle (β) of at least 55° to the circumferential direction and have a diameter or a thickness, determined in the radial direction, of 0.2 mm to 0.5 mm and a tensile strength of 3050 N/mm 2 to 3650 N/mm 2, characterized in that the bracing strips have in the axial direction a width (b 2) of 20% to 35% of the width (b 1) of the wider belt ply and in that the angle (β) of the steel filaments in the bracing strips in relation to the circumferential direction is greater by 30° to 40° than the angle (α) at which the reinforcing elements (2'a, 2'b) run in the two belt plies (2a, 2b).
A method for controlling a state of a terminal, comprising: determining a condition of the terminal is in, wherein the condition comprises a non-use condition in which the terminal is not used; deactivating a preset functional module such that the terminal is switched from an interactive state to a non-interactive state, when the terminal is in the non-use condition in which the preset functional module is running in the interactive state; characterized in that the preset functional module comprises a light prompt circuitry; activating a vibration prompt circuitry to trigger to vibrate and/or activating a sound prompt circuitry to trigger to make a sound when the terminal is reversed after the light prompt circuitry is deactivated; and activating the sound prompt circuitry to trigger to make a sound when determining that the terminal is located in a pocket after the light prompt circuitry is deactivated. determining a condition of the terminal is in, wherein the condition comprises a non-use condition in which the terminal is not used; deactivating a preset functional module such that the terminal is switched from an interactive state to a non-interactive state, when the terminal is in the non-use condition in which the preset functional module is running in the interactive state; characterized in that the preset functional module comprises a light prompt circuitry; activating a vibration prompt circuitry to trigger to vibrate and/or activating a sound prompt circuitry to trigger to make a sound when the terminal is reversed after the light prompt circuitry is deactivated; and activating the sound prompt circuitry to trigger to make a sound when determining that the terminal is located in a pocket after the light prompt circuitry is deactivated.
Fastening device for a diagonal strut of a scaffold on a first vertical post, wherein the fastening device comprises the following: a) a diagonal coupling for connecting the diagonal strut of the scaffold, wherein the diagonal coupling has a first sheet metal portion having a first slot for partly receiving the diagonal strut; b) a projection which can be inserted at one end into a post recess of the first vertical post of the scaffold and which is connected directly to the diagonal coupling at the other end, wherein the fastening device can be interlockingly fastened to the post recess in the first vertical post by means of the projection; c) a vertical coupling for at least partly surrounding the first vertical post, which vertical coupling is connected to the diagonal coupling, wherein the projection can be secured against being pulled out of the post recess by means of the vertical coupling. a) a diagonal coupling for connecting the diagonal strut of the scaffold, wherein the diagonal coupling has a first sheet metal portion having a first slot for partly receiving the diagonal strut; b) a projection which can be inserted at one end into a post recess of the first vertical post of the scaffold and which is connected directly to the diagonal coupling at the other end, wherein the fastening device can be interlockingly fastened to the post recess in the first vertical post by means of the projection; c) a vertical coupling for at least partly surrounding the first vertical post, which vertical coupling is connected to the diagonal coupling, wherein the projection can be secured against being pulled out of the post recess by means of the vertical coupling.
Set comprising a first and a second stackable bottle, each bottle being made of a material such that the bottle can be made by blow-molding, each bottle having a bottle neck, a shoulder part, a sidewall part, a base part and a handle, the base part comprising a central base part and a peripheral base part, wherein said central base part comprises a recess that is dimensioned such that the recess of the first bottle surrounds the bottle neck of the second bottle in a stacked position in which the shoulder part of the second bottle lies against the peripheral base part of the first bottle, wherein each bottle is provided with an indentation in an upper segment of the sidewall part, characterized in that the handle is mounted in the indentation in a substantially horizontal position, wherein the handle comprises two connectors which are connected to the bottle at a distance from one another, and a separate gripper part which is mounted between the connectors.
A cell handover method, applied to a terminal, comprising: receiving a first message transmitted by a first cell, wherein the first message indicates the terminal to perform a cell handover with an enhanced handover characteristic or a cell handover with a non-enhanced handover characteristic, and the cell handover with the enhanced handover characteristic comprises a conditional handover, CHO, or a dual active protocol stack, DAPS, handover; performing a handover from the first cell to a second cell according to the first message; receiving (S503, S601) a second message transmitted by the second cell, wherein the second message indicates the terminal to perform the cell handover with the enhanced handover characteristic; and performing (S504, S602) a handover from the second cell to a third cell according to the second message, and generating a radio link failure, RLF, report and recording timing duration in the RLF report if an RLF occurs in the second cell, wherein the timing duration is elapsed time from reception of the first message by the terminal to occurrence of the RLF in the second cell. receiving a first message transmitted by a first cell, wherein the first message indicates the terminal to perform a cell handover with an enhanced handover characteristic or a cell handover with a non-enhanced handover characteristic, and the cell handover with the enhanced handover characteristic comprises a conditional handover, CHO, or a dual active protocol stack, DAPS, handover; performing a handover from the first cell to a second cell according to the first message; receiving (S503, S601) a second message transmitted by the second cell, wherein the second message indicates the terminal to perform the cell handover with the enhanced handover characteristic; and performing (S504, S602) a handover from the second cell to a third cell according to the second message, and generating a radio link failure, RLF, report and recording timing duration in the RLF report if an RLF occurs in the second cell, wherein the timing duration is elapsed time from reception of the first message by the terminal to occurrence of the RLF in the second cell.
A method for the production of solid urea ammonium sulphate fertilizers from sulphuric acid, ammonia and urea solution, wherein free ammonia is reacted with sulphuric acid without substantially decomposing urea in the process stream, characterised in that the reaction is carried out in a pipe reactor where the sulphuric acid is introduced in the center and in the axis of the reactor, and the flow is described as a double annulus flow: the acid flow is in the center, the ammonia flow is in the first annulus, the urea flow is in the second annulus, whereafter urea and ammonium sulphate is mixed and particulated.
A sublingual spray formulation comprising an effective amount of buprenorphine, or a pharmaceutically acceptable salt thereof, naloxone or a pharmaceutically acceptable salt thereof, water as a solvent, a cosolvent and an antioxidant, wherein the amount of the antioxidant included in the composition is from 0.001% to 0.05% w/w.
A method for venting a dialyzer which has a dialyzate chamber, a blood chamber and a semipermeable dialyzer membrane separating these two chambers, characterized in that an overpressure is generated in the dialyzate chamber with respect to the blood chamber for removing air inclusions lying at the surface of the membrane at the dialyzate chamber side after a filling of the dialyzate chamber and before a filling of the blood chamber.
A method for attaching a metal mesh (13, 14) sunshield screen to a building, comprising the steps of: connecting the screen to the building by at least one traction element (19, 20, 21, 119, 120, 121) connected to at least one edge of the screen, tensioning the screen by exerting a traction on the traction element, the traction on the traction element (19, 20, 21, 119, 120, 121) being provided by an elastically deformable compression spring which is compression loaded, along a traction axis on the traction element, by a screen tensioning element (21, 121), wherein the method comprises a step of evaluating the intensity of the traction exerted on the traction element by means of an evaluation device (50, 120, 155, 500, 501, 1550) comprising an opaque mask (155, 1550) and a movable visual indicator (50, 120, 500, 501) which is integral with or linked to the spring and is movable relative to the opaque mask (155, 1550) as a function of the compression of the spring. connecting the screen to the building by at least one traction element (19, 20, 21, 119, 120, 121) connected to at least one edge of the screen, tensioning the screen by exerting a traction on the traction element, the traction on the traction element (19, 20, 21, 119, 120, 121) being provided by an elastically deformable compression spring which is compression loaded, along a traction axis on the traction element, by a screen tensioning element (21, 121), wherein the method comprises a step of evaluating the intensity of the traction exerted on the traction element by means of an evaluation device (50, 120, 155, 500, 501, 1550) comprising an opaque mask (155, 1550) and a movable visual indicator (50, 120, 500, 501) which is integral with or linked to the spring and is movable relative to the opaque mask (155, 1550) as a function of the compression of the spring.
A composition, comprising: a peptide having a first portion comprising a structure: wherein each of R 1, R 2, R 3, R 4, and R 5 independently is hydrogen or -SO 2 X such that at least one of R 1, R 2, R 3, R 4, and R 5 is -SO 2 X, wherein X is -OR' or -NR'R", R' and R" each independently being hydrogen or an alkyl, and n is 0 or a positive integer, and a second portion comprising a phosphate group, wherein the N and/or the O of the first portion, and the phosphate group of the second portion, are coordinated via a europium ion. a peptide having a first portion comprising a structure: wherein each of R 1, R 2, R 3, R 4, and R 5 independently is hydrogen or -SO 2 X such that at least one of R 1, R 2, R 3, R 4, and R 5 is -SO 2 X, wherein X is -OR' or -NR'R", R' and R" each independently being hydrogen or an alkyl, and n is 0 or a positive integer, and a second portion comprising a phosphate group, wherein the N and/or the O of the first portion, and the phosphate group of the second portion, are coordinated via a europium ion. a second portion comprising a phosphate group, wherein the N and/or the O of the first portion, and the phosphate group of the second portion, are coordinated via a europium ion.
A side brush assembly mechanism for a floor surface maintenance machine comprising: a brush deck carrying a floor-engaging brush; a linkage assembly supporting the brush deck above the floor surface, wherein the linkage assembly is downwardly biased by at least a downforce spring connected at one end to a link of the linkage assembly; a pivot assembly adapted to rotate about a pivot pin attachable to a machine frame, said pivot assembly being connected to the linkage assembly; a cable connected at one end to the linkage assembly; and a cable tensioning device attachable to the machine frame for retracting the cable to both lift and retract the brush deck, wherein application of a tension on the cable by the cable tensioning device causes the pivot assembly to retract toward the machine centerline and causes the linkage assembly to lift the brush deck away from a floor surface, wherein the pivot assembly is limited to an innermost position by an instop, and wherein when the tension is decreased the pivot assembly pivots about the pivot pin to move away from the instop and the linkage assembly moves to lower the brush deck, and the downforce spring pushes the brush deck into the floor surface. a brush deck carrying a floor-engaging brush; a linkage assembly supporting the brush deck above the floor surface, wherein the linkage assembly is downwardly biased by at least a downforce spring connected at one end to a link of the linkage assembly; a pivot assembly adapted to rotate about a pivot pin attachable to a machine frame, said pivot assembly being connected to the linkage assembly; a cable connected at one end to the linkage assembly; and a cable tensioning device attachable to the machine frame for retracting the cable to both lift and retract the brush deck, wherein application of a tension on the cable by the cable tensioning device causes the pivot assembly to retract toward the machine centerline and causes the linkage assembly to lift the brush deck away from a floor surface, wherein the pivot assembly is limited to an innermost position by an instop, and wherein when the tension is decreased the pivot assembly pivots about the pivot pin to move away from the instop and the linkage assembly moves to lower the brush deck, and the downforce spring pushes the brush deck into the floor surface.
A pneumatic tire comprising: a tread portion, a pair of sidewall portions, a pair of bead portions each with a bead core embedded therein, and a carcass composed of carcass plies extending between the bead portions through the tread portion and the sidewall portions, wherein the carcass plies include a turned-up carcass ply and a non-turnup carcass ply, the turned-up carcass ply extends between the bead portions and is turned up around the bead core in each bead portion from the axially inside to the outside of the tire so as to form a pair of turned up portions extending radially outwardly on the axially outsides of the respective bead cores, and a main portion extending between the turned up portions, and the non-turnup carcass ply extends between the bead portions and terminates so that edges thereof are positioned on the axially outsides of the respective turned up portions, characterized in that each of the bead portions is provided on the outer surface with vent lines protruding therefrom and extending continuously in the tire circumferential direction, wherein the vent lines include a radially outer vent line formed at a radial position radially outside a radial position of the above-said edges of the non-turnup carcass ply, and a radially inner vent line formed at a radial position radially inside the radial position of the above-said edges of the non-turnup carcass ply. a tread portion, a pair of sidewall portions, a pair of bead portions each with a bead core embedded therein, and a carcass composed of carcass plies extending between the bead portions through the tread portion and the sidewall portions, the carcass plies include a turned-up carcass ply and a non-turnup carcass ply, the turned-up carcass ply extends between the bead portions and is turned up around the bead core in each bead portion from the axially inside to the outside of the tire so as to form a pair of turned up portions extending radially outwardly on the axially outsides of the respective bead cores, and a main portion extending between the turned up portions, and the non-turnup carcass ply extends between the bead portions and terminates so that edges thereof are positioned on the axially outsides of the respective turned up portions, characterized in that each of the bead portions is provided on the outer surface with vent lines protruding therefrom and extending continuously in the tire circumferential direction,
Method for producing a threaded bore in a workpiece with a tapping tool which has a main cutting edge and a thread profile trailing in a tapping direction on its drill bit, said thread profile having at least one threaded cutting tooth (41, 42, 43), wherein in a tapping stroke, the main cutting edge generates a core hole bore and at the same time the thread profile forms an internal thread on the inner walling of the core hole bore until a target thread depth (t G) is reached, namely with a tapping feed (f G) in the tapping direction and a synchronised tapping rotation speed (n G) of the tapping tool, wherein after the tapping stroke an opposite reversing stroke takes place, in which the tapping tool is led out of the threaded bore in a reversing direction, namely with an opposite reversing feed (f R), and thus a reversing rotation speed (n R) synchronised therewith, so that the thread profile of the tapping tool in the thread of the internal thread is guided out of the bore, characterised in that between the tapping stroke and the reversing stroke, a groove-shaping step takes place in which the tapping stroke is extended in the tapping direction by a groove-forming stroke, namely for forming a circumferential groove following the internal thread without thread pitch, in which the thread profile can rotate without load.