mhurhangee/ep-ind-claims huggingface dataset:
A controlled discharge ostomy appliance comprising: a stomal aperture; a non-entrant stoma seal; an inner coupling member coupled to support the stoma seal for retaining the non-entrant stoma seal in an operative position with respect to the stomal aperture; and an outer coupling member around the inner coupling member for supporting the appliance; characterised by the operative position being selected such that, in use, a first seal pressure applied between the non-entrant stoma seal and the stoma when the stoma is quiescent is not more than about 6.89 kPa (1 psi) and a second seal pressure applied between the stoma seal and the stoma when the stoma is active is greater than the first seal pressure and no more than about 13.8 kPa (2 psi), so as to withstand outward challenges from the stoma by applying a reactive sealing pressure while avoiding prolonged significant sealing pressure applied to stoma tissue. a stomal aperture; a non-entrant stoma seal; an inner coupling member coupled to support the stoma seal for retaining the non-entrant stoma seal in an operative position with respect to the stomal aperture; and an outer coupling member around the inner coupling member for supporting the appliance;
Seal device between a shell of a prosthesis receiving a sleeve suited for being installed on the stump of an amputated member, the shell confining a cavity for receiving the sleeve, said device comprising a ductile gasket inserted between the shell and the sleeve to prevent air from passing between them, said gasket being shaped in the form of an annular diaphragm one edge of which - equally the inner and/or the outer one - is provided with an anchoring means composed of an O-ring intended to be housed in a gap provided correspondingly in the sleeve and/or the shell, characterized in that said edge of the gasket comprises a return confining an open volume for reception of the O-ring so that the O-ring is removable for permitting its easy insertion and conversely its easy withdrawal and so that the gasket is immobilized because of the pinching of its corresponding edge between the O-ring and the bottom of the gap.
Cosmetic composition comprising a) tafluprost in an amount from 0.0002 to 0.0025 wt.-% based on the total weight of the composition and b) a complexing agent for tafluprost which is a cyclodextrin, wherein the tafluprost and the complexing agent are comprised in a molar ratio of from 1:1 to 1:10, preferably 1:1 to 1:6 and c) further comprising a humectant in an amount of up to 10 wt.-%, based on the total weight of the composition se-lected from hyaluronate and/or hyaluronic acid. a) tafluprost in an amount from 0.0002 to 0.0025 wt.-% based on the total weight of the composition and b) a complexing agent for tafluprost which is a cyclodextrin, wherein the tafluprost and the complexing agent are comprised in a molar ratio of from 1:1 to 1:10, preferably 1:1 to 1:6 and c) further comprising a humectant in an amount of up to 10 wt.-%, based on the total weight of the composition se-lected from hyaluronate and/or hyaluronic acid.
A lithium ion rechargeable accumulator comprising a negative electrode, the active material of which is graphite carbon, a positive electrode, the active material of which is LiFePO 4, and an ionic liquid electrolyte comprising at least one ionic liquid of formula C + A- wherein C + represents a cation and A- represents an anion, and at least one conducting salt, the ionic liquid electrolyte further comprising an organic additive which is vinyl ethylene carbonate; wherein the ionic liquid comprises a cation C + selected from piperidiniums, quaternary ammoniums, imidazoliums, and tautomeric forms thereof, associated with an anion A - selected from BF 4 - and bis(trifluoromethanesulfonyl)imidide TFSI (N(SO 2 CF 3) 2 -); preferably the ionic liquid is selected from PP 13 TFSI, or N,N-propyl-methyl-piperidinium bis(trifluoromethanesulfonyl) imidide; HMITFSI or (1-hexyl-3-methylimidazolium) bis(trifluoro-methanesulfonyl) imidide; DMBITFSI or (1,2-dimethyl-3-n-butylimidazolium) bis(trifluoromethanesulfonyl) imidide; BMITFSI or (1-n-butyl-3-methyl-imidazolinium) bis(trifluoromethanesulfonyl) imidide; and mixtures thereof; and wherein the electrolyte comprises from 1 to 10%, preferably from 2 to 5% by volume, of additive; based on the volume of the ionic liquid.
Crossmember for a shelving system, comprising an elongated base body, a joint portion and a stop, wherein the base body has a longitudinal extent which extends in the direction of a pivot axis and the joint portion is configured to be articulated on a mating portion of a shelf support in order for the crossmember to be pivoted about the pivot axis into a holding position in relation to the shelf support, wherein the stop is configured to act against a mating stop of the shelf support in order for the crossmember to be held in the holding position in relation to the shelf support, and wherein the pivot axis is positioned eccentrically in relation to the centre of mass of the crossmember such that, in the holding position, owing to acting weight force, the stop presses against the mating stop, in order for the crossmember to be secured against release from the holding position, wherein the joint portion comprises a concave surface which is configured to form together with a corresponding surface of the shelf support a rotary joint, characterized in that, in the mounted state, the stop is arranged above the joint portion.
An oral pharmaceutical form containing microgranules for the sustained release of at least one active principle, comprising - a neutral carrier rendered insoluble in water or in an alcohol solution, comprising - at least one first mounting layer comprising at least one active principle and optionally a pharmaceutically acceptable binder; the whole comprising - at least one coating based on at least one hydrophobic polymer, for use in a therapeutic method to prevent or limit an immediate release of the active principle induced by the consumption of alcohol, said pharmaceutical form being characterized in that the neutral carrier rendered insoluble is obtained by covering a neutral carrier with one or more hydrophobic excipients and selected from the cellulose derivatives, and in that the pharmaceutical form comprises at least one plasticizer in the coating. - a neutral carrier rendered insoluble in water or in an alcohol solution, comprising - at least one first mounting layer comprising at least one active principle and optionally a pharmaceutically acceptable binder; the whole comprising - at least one coating based on at least one hydrophobic polymer,
Connector comprising a housing made of a dielectric material, this housing comprising at least two cells in each of which a terminal is housed, each terminal extending essentially in a longitudinal direction, this housing also being equipped with a terminal position assurance device, having locking means adapted to interact, in a locking position of the terminal position assurance device, with a stop surface located on each of the terminals, wherein the terminal position assurance device comprises guide means (28, 36) for moving the locking means sequentially, perpendicularly to the longitudinal direction, for inserting the locking means facing the stop surfaces, and then in a movement having a component parallel to the longitudinal direction, for bringing the locking means towards the stop surfaces, wherein the at least two cells are separated by a partition extending longitudinally from a rear end towards a front face of the connector, characterized in that the locking means corresponding to each of the terminals housed in the cells penetrate, when the terminal position assurance device is in the locking position, into the cells in the longitudinal direction, towards the front face of the connector and beyond the rear end of the partition, and in that the locking means are formed by at least two protuberances separated by a space, the protuberances each penetrating, when the terminal position assurance device is in the locking position, into a respective cell, and the rear end of the partition being received in the space between the protuberances. wherein the at least two cells are separated by a partition extending longitudinally from a rear end towards a front face of the connector, characterized in that the locking means corresponding to each of the terminals housed in the cells penetrate, when the terminal position assurance device is in the locking position, into the cells in the longitudinal direction, towards the front face of the connector and beyond the rear end of the partition, and in that the locking means are formed by at least two protuberances separated by a space, the protuberances each penetrating, when the terminal position assurance device is in the locking position, into a respective cell, and the rear end of the partition being received in the space between the protuberances.
A method relating to cooperative spectrum sensing, the method comprising the following steps performed by an sensor selection element: obtaining a candidate set of sensors (67.1) that are available to participate in the cooperative spectrum sensing; defining a cost formula for calculating a cost associated with using sensors from the candidate set in the cooperative spectrum sensing; and partitioning the candidate set into an active set containing any sensor(s) of the candidate set to participate in the cooperative spectrum sensing and a passive set containing any sensor(s) of the candidate set not to participate in the cooperative spectrum sensing by applying an optimization (79,81,83;111,113,115) procedure which performs a constrained optimization of the cost in accordance with the defined cost formula, wherein there are M sensors in the candidate set which are numbered from 1 to M, and wherein the cost formula is ∑ i = 1 M ∑ j = 1 M a i a j c ij where c ij, i,j = 1,...,M, denote predetermined values which are fixed during the optimization procedure and where the a i, i = 1,...,M, are defined to be equal to one if sensor number i is in the active set and zero if the sensor number i is in the passive set. obtaining a candidate set of sensors (67.1) that are available to participate in the cooperative spectrum sensing; defining a cost formula for calculating a cost associated with using sensors from the candidate set in the cooperative spectrum sensing; and partitioning the candidate set into an active set containing any sensor(s) of the candidate set to participate in the cooperative spectrum sensing and a passive set containing any sensor(s) of the candidate set not to participate in the cooperative spectrum sensing by applying an optimization (79,81,83;111,113,115) procedure which performs a constrained optimization of the cost in accordance with the defined cost formula, wherein there are M sensors in the candidate set which are numbered from 1 to M, and wherein the cost formula is ∑ i = 1 M ∑ j = 1 M a i a j c ij where c ij, i,j = 1,...,M, denote predetermined values which are fixed during the optimization procedure and where the a i, i = 1,...,M, are defined to be equal to one if sensor number i is in the active set and zero if the sensor number i is in the passive set.
A magnetic field generating apparatus for biostimulation, the apparatus comprising a magnetic field generating unit (M, M2) comprising: a U-shaped core (2,22) having two side portions opposite to and parallel with each other, wherein each side portion has a distal end; and coils having windings wound around the core (2,22), wherein the U-shaped core (2,22) has a pair of extended portions (2c,22c) extending from the respective distal end of the two side portions and facing each other such that the pair of extended portions (2c,22c) forms a gap-portion therebetween, characterized in that the windings of the coils are wound around the two opposite side portions, respectively such that side surfaces of the respective coils directly facing each other are in close contact, and end portions of the coils on the gap-portion side are arranged adjacent with the inside surfaces of the pair of extended portions (2c,22c). a U-shaped core (2,22) having two side portions opposite to and parallel with each other, wherein each side portion has a distal end; and coils having windings wound around the core (2,22), wherein the U-shaped core (2,22) has a pair of extended portions (2c,22c) extending from the respective distal end of the two side portions and facing each other such that the pair of extended portions (2c,22c) forms a gap-portion therebetween, characterized in that the windings of the coils are wound around the two opposite side portions, respectively such that side surfaces of the respective coils directly facing each other are in close contact, and end portions of the coils on the gap-portion side are arranged adjacent with the inside surfaces of the pair of extended portions (2c,22c).
A method of locking and unlocking an extendable column with a deck of an offshore floating platform with a deck-to-column connection assembly, the column having a top and a perimeter and a column pocket formed in a surface of the perimeter, the deck having a deck pocket circumferentially aligned with the column pocket, wherein the deck-to-column connection assembly has a pawl coupled to the column or deck and is selectively retractable in the column pocket or deck pocket, respectively, a first actuator means coupled to the pawl, a column cantilever extending outward from the column beyond the column perimeter and overlapping a recessed surface of the deck wherein the deck-to-column connection assembly has a removable shim, and a second actuator means coupled to the shim, the method comprising: when the column is in an at least partially ballasted first position, moving a pawl sideways with the first actuator means so that the pawl is engaged in both the column pocket and the deck pocket with an amount of vertical pocket clearance remaining in at least one of the pockets; at least partially de-ballasting the column to a second position to decrease the amount of vertical pocket clearance from the first position; creating a gap between the column cantilever and the recessed surface of the deck limited by the amount of vertical pocket clearance in the first position; and inserting the removable shim in the gap with the second actuator means, thereby restraining the column from moving relative to the deck to increase the vertical pocket clearance to the amount in the first position, and thereby securing the pawl within the column pocket and the deck pocket to lock the column with the deck. when the column is in an at least partially ballasted first position, moving a pawl sideways with the first actuator means so that the pawl is engaged in both the column pocket and the deck pocket with an amount of vertical pocket clearance remaining in at least one of the pockets; at least partially de-ballasting the column to a second position to decrease the amount of vertical pocket clearance from the first position; creating a gap between the column cantilever and the recessed surface of the deck limited by the amount of vertical pocket clearance in the first position; and inserting the removable shim in the gap with the second actuator means, thereby restraining the column from moving relative to the deck to increase the vertical pocket clearance to the amount in the first position, and thereby securing the pawl within the column pocket and the deck pocket to lock the column with the deck.
A network interface device, comprising: receiver circuitry; first storage device control circuitry, coupled to the receiver circuitry and sharing a physical support with the receiver circuitry, to control writing of data from the receiver circuitry to a first storage device, wherein the first storage device does not share a physical support with the first storage device control circuitry; and security circuitry, coupled to the receiver circuitry and the first storage device control circuitry, and sharing the physical support with the receiver circuitry, to perform encryption on data from the receiver circuitry to generate processed data for the first storage device so that it cannot be read by a host device to which the receiver circuitry is coupled, wherein the first storage device control circuitry and the security circuitry are coupled via the physical support. receiver circuitry; first storage device control circuitry, coupled to the receiver circuitry and sharing a physical support with the receiver circuitry, to control writing of data from the receiver circuitry to a first storage device, wherein the first storage device does not share a physical support with the first storage device control circuitry; and security circuitry, coupled to the receiver circuitry and the first storage device control circuitry, and sharing the physical support with the receiver circuitry, to perform encryption on data from the receiver circuitry to generate processed data for the first storage device so that it cannot be read by a host device to which the receiver circuitry is coupled, wherein the first storage device control circuitry and the security circuitry are coupled via the physical support.
A method comprising: forwarding, by a first ingress network device for a network, multicast traffic received for a multicast source and a multicast group on an inclusive provider tunnel; receiving, by the first ingress network device for the network, a source tree join route message from an egress network device for the network, the source tree join route message specifying the multicast source and the multicast group; in response to receiving the source tree join route message, determining, by the first ingress network device, whether the multicast source is multi-homed to the network via the first ingress network device and a second ingress network device for the network; in response to determining that the multicast source is not multi-homed to the network, continuing to forward, by the first ingress network device, multicast traffic for the multicast source and multicast group on an inclusive provider tunnel without initiating setup of a selective provider tunnel to the egress network device; and in response to determining that the multicast source is multi-homed to the network, initiating, by the first ingress network device, setup of a selective provider tunnel to the egress network device and terminating forwarding the multicast traffic on the inclusive provider tunnel to the egress network device. forwarding, by a first ingress network device for a network, multicast traffic received for a multicast source and a multicast group on an inclusive provider tunnel; receiving, by the first ingress network device for the network, a source tree join route message from an egress network device for the network, the source tree join route message specifying the multicast source and the multicast group; in response to receiving the source tree join route message, determining, by the first ingress network device, whether the multicast source is multi-homed to the network via the first ingress network device and a second ingress network device for the network; in response to determining that the multicast source is not multi-homed to the network, continuing to forward, by the first ingress network device, multicast traffic for the multicast source and multicast group on an inclusive provider tunnel without initiating setup of a selective provider tunnel to the egress network device; and in response to determining that the multicast source is multi-homed to the network, initiating, by the first ingress network device, setup of a selective provider tunnel to the egress network device and terminating forwarding the multicast traffic on the inclusive provider tunnel to the egress network device.
Device for lashing containers on board ships, said device having a housing and a first receptor for a first lashing rod knob of a first lashing rod and a second receptor for a second lashing rod knob of a second lashing rod, each receptor possess a shoulder for the lashing rod knob and are pivotably mounted on the housing by means of a joint (28, 29), characterised in that a pivot axis formed by the joint (28, 29) does not run through an imaginary defined plane through the shoulder, but rather parallel to this plane, and that a pre-tensioned spring engages under tension the receptors (26, 27) and is arranged between the receptors (26, 27).
Tyre comprising a tread, said tread being joined to two beads by two sidewalls, each bead having a contact surface intended to be in contact with a rim bead seat, said bead having at least one axially outermost reinforcer having a radially outer interface, the bead has notches with a thickness "T" of between 0.1 mm and 1.5 mm, the tyre having a circumferential pitch "P" between two consecutive notches, said notches extending substantially perpendicular to the contact surface, to a depth "D" less than the axial thickness "A" of material not provided with reinforcer between said contact surface and said interface, and greater than the smallest of the values of 50% of A and 3 mm, characterized in that said notches extending radially from a radially inner limit and a radially outer limit, the curvilinear length between the radially inner limit and the radially outer limit being equal to "H", an intermediate point being, in a meridian cross section of the rim-mounted tyre, inflated to nominal pressure and loaded to twice its nominal load-bearing capacity, situated halfway along the curvilinear distance between the point of long contact with the rim, closest point to the end of the rim flange at which contact ends, which occurs when the bead passes through the contact patch, at a first azimuth corresponding to the centre of the contact patch in which the tyre is in contact with the ground and the point of short contact with the rim, point of contact apart from any deformation due to the crushing of the tire under the effect of the load, i.e. the point farthest from the end of the rim flange at which the contact ends, at a second azimuth situated 180° from the first azimuth, the curvilinear length between the point of long contact and the point of short contact being equal to "HB", said radially inner limit being situated radially on the inside relative to said intermediate point by a value "H1" with H1=HB/2+B, where B is between 90% of the pitch P and the minimum of 250% of the pitch P and the radial distance between the intermediate point and half the nominal diameter of the rim, as far as a radially outer limit situated radially above the intermediate point by a value "H2" with H2=HB/2+C, where C is between 90% of the pitch and 250% of the pitch, the pitch P being between 0.8*D and 2.5*D and H=H1+H2.
A method of applying a busbar to a switchable film, comprising: providing a switchable film having a first substrate, a first conductive layer, a switchable layer, a second conductive layer, and a second substrate, wherein each of the first substrate and the second substrate are comprised of polyethylene terephthalate, PET, films characterized in that the method further comprises applying a solder material to the first conductive layer with ultrasonic application to provide a first busbar; and applying the solder material to the second conductive layer with ultrasonic application to provide a second busbar. providing a switchable film having a first substrate, a first conductive layer, a switchable layer, a second conductive layer, and a second substrate, wherein each of the first substrate and the second substrate are comprised of polyethylene terephthalate, PET, films characterized in that the method further comprises applying a solder material to the first conductive layer with ultrasonic application to provide a first busbar; and applying the solder material to the second conductive layer with ultrasonic application to provide a second busbar.