mhurhangee/ep-ind-claims huggingface dataset:
An accessible jacking pipe, in particular for transporting aggressive media, comprising an inner pipe made of a chemically resistant material, and an outer pipe made of concrete, characterized in that the inner pipe is formed from a fiber composite material, the fiber composite material includes at least one supporting layer (38, 40) which includes 50 wt-% to 80 wt-% of fibers that are wound in a circumferential direction and/or helically and also in multiple layers, and the supporting layer (38, 40) includes 20 wt-% to 40 wt-% of matrix material based on reactive resin, the fiber composite material has a radially outer surface layer which includes at least 70 wt-% of alkali-resistant reactive resin, in particular a substantially completely saturated reactive resin, and the outer pipe made of concrete is cast onto the completely cured radially outer surface layer.
A detent escapement provided to regulate the functioning of a horology movement, this detent escapement comprising an escape wheel with a plurality of teeth regularly spaced along a perimeter and a balance, the balance being equipped with an impulse pallet by means of which this balance receives driving impulses via the teeth of the escape wheel, the balance being moved by an oscillating movement during which it performs, for each oscillation, a vibration during which it receives a driving impulse and a vibration with no driving impulse, the detent escapement also comprising a hook pivotally mounted on the balance and kept pressed against a stop by a resilient organ, the detent escapement being completed by a detent which is capable of pivoting and which comprises a first arm which collaborates with the escape wheel to ensure the blocking of the latter just before the start of the driving impulse, as well as a second arm which collaborates with the hook of the balance to allow the escape wheel to disengage from its engagement with the first arm at the start of the driving impulse, and which limits the pivoting of this detent to only part of the oscillation of the balance, the detent also being arranged so that, by cooperation with the escape wheel, its return to the position in which it again blocks the escape wheel after the latter has finished providing the driving impulse to the balance is assisted by said escape wheel, the detent escapement lastly comprising a drawing device which opposes a resistance to the unlocking of the escape wheel during shocks applied to the horological movement when the latter is in its lock position on the detent; a detent escapement in which the first arm of the detent carries on the one hand a lock pallet against which the escape wheel presses with one of its teeth just before the start of a driving impulse, and the second arm of the detent carries a unlocking pallet against which the pivoting hook of the balance presses just before the start of the driving impulse, the pivoting hook being arranged so as to push back the unlocking pallet and to pivot the detent at the start of the vibration stage of the balance where the impulse takes place, so that the lock pallet disengages from the tooth of the escape wheel with which it is engaged and allows this escape wheel to provide the driving impulse to the balance, and the pivoting hook being arranged so that, during the impulse-free vibration of the balance, it is retracted by performing a pivoting movement when it passes by the unlocking pallet, so that the passage of the balance has no influence on the detent during said impulse-free vibration, the detent also carrying a return pallet arranged so that the lock pallet again gradually penetrates the perimeter of the teeth of the escape wheel when the latter finishes providing the driving impulse to the impulse pallet of the balance.
Cable pull with a rotatably mounted cable drum, with a drive device for the cable drum, with a braking device, which is arranged to have a braking effect on the cable drum and has a release/activation mechanism (11, 38), with a control device for the braking device, characterised in that the control device includes: • a gear wheel group, which is rotatably mounted on an axle, which is driven by the cable drum and which is composed of a drive wheel having radial extensions and a ratchet wheel bearing teeth, • an anchor holder, which is mounted to be able to at least pivot on the axle, and • an anchor, which is mounted at least to be able to swing on the anchor holder, which bears a pawl cooperating with the ratchet wheel at one end and a tracer member for the drive wheel on the other end, and with a coupling device, which is arranged between the anchor holder and the release/activation mechanism (11, 38) in order to transmit a pivoting movement of the anchor holder to the release/activation mechanism (11, 38). • a gear wheel group, which is rotatably mounted on an axle, which is driven by the cable drum and which is composed of a drive wheel having radial extensions and a ratchet wheel bearing teeth, • an anchor holder, which is mounted to be able to at least pivot on the axle, and • an anchor, which is mounted at least to be able to swing on the anchor holder, which bears a pawl cooperating with the ratchet wheel at one end and a tracer member for the drive wheel on the other end, and
A set of tools for a medical procedure involving the preparation of an orthopedic joint for placement of an implant into the joint, the set of tools comprising: a first pin, a cannula comprising projections (324, 344) and from a channel extending along a length of the cannula; a sizer (710, 1050) comprising a shaft (712, 1052), a tip (718, 1054) and a bore that has a dimension to receive the pin and an outer surface that fits within the channel of the cannula, wherein the tip (718, 1054) is tapered, wherein the bore extends through the tapered tip (718, 1054) and through the shaft (712, 1052) and wherein the tapered tip (718, 1054) is sized to fit within the channel of the cannula, and a drill bit comprising a shaft, a tip with cutting flutes and an outer surface that fits within the channel of the cannula; characterized in that - the projections (324, 344) of the cannula extends from a distal edge of the cannula; - the tip (718, 1054) of the sizer (710, 1050) further comprises the threads; - the sizer (710, 1050) has dimensions to provide for placement of the cannula over the shaft (712, 1052) with the distal end oriented to the sizer tip (718, 1054) and subsequent removal of the sizer (710, 1050) through the cannula; and - the shaft of the drill bit has a conduit for receiving the first pin. - the projections (324, 344) of the cannula extends from a distal edge of the cannula; - the tip (718, 1054) of the sizer (710, 1050) further comprises the threads; - the sizer (710, 1050) has dimensions to provide for placement of the cannula over the shaft (712, 1052) with the distal end oriented to the sizer tip (718, 1054) and subsequent removal of the sizer (710, 1050) through the cannula; and - the shaft of the drill bit has a conduit for receiving the first pin.
Drill pipe, in particular for a drill string, with an outer pipe and an inner pipe, a female connector with an internal thread on one end of the drill pipe and a male connector with an external thread on the end opposite to the female connector, whereby the inner pipe is arranged essentially concentrically in the outer pipe and whereby the drill pipe has a center region with an inner diameter, wherein the outer pipe has a thickening of the wall thickness inward with a smaller inner diameter on an end region on the male side relative to the inner diameter of the center region and wherein the inner diameter of the outer pipe remains essentially the same on an end region on the female side relative to the inner diameter of the center region, characterized in that the inner pipe has a thickening of the wall thickness inward in an end region on the female side and in that the inner diameter of the inner pipe in the region of the thickening inward on the female side essentially corresponds to the inner diameter of the outer pipe in the region of the thickening inward on the male side.
A portable induction heating tool comprising: a housing including a base having a support surface, said support surface defining a recess facing away from said housing, said recess at least partially defined by a wall projecting from said support surface; a work coil within said housing and secured to said base in a location aligned with said recess; electronic circuitry configured to provide oscillating electrical energy to said work coil, thereby generating an oscillating magnetic field projecting away from said base, characterised in that said electronic circuitry is also configured to detect the quantity of energy consumed by said work coil and to limit said quantity of energy to a predetermined quantity, wherein said base has a front end and a rear end, said wall defines a rear limit of said recess, said rear limit of said recess located between said front end and said rear end, said recess being open toward the front end of said base. a housing including a base having a support surface, said support surface defining a recess facing away from said housing, said recess at least partially defined by a wall projecting from said support surface; a work coil within said housing and secured to said base in a location aligned with said recess; electronic circuitry configured to provide oscillating electrical energy to said work coil, thereby generating an oscillating magnetic field projecting away from said base, characterised in that said electronic circuitry is also configured to detect the quantity of energy consumed by said work coil and to limit said quantity of energy to a predetermined quantity, wherein said base has a front end and a rear end, said wall defines a rear limit of said recess, said rear limit of said recess located between said front end and said rear end, said recess being open toward the front end of said base.
A method of performing traffic steering in a wireless network system having a base station (22, 26) of a first network (14, 16) and a user equipment camping on the first network (14, 16), the method characterized in that it comprises the steps of: the user equipment receiving a probability value within a predetermined range and at least one radio access network rule from the base station (22, 26); the user equipment generating a first random value within the predetermined range; the user equipment determining if the at least one radio access network rule is satisfied and if a first probability condition associated with the first random value and the probability value is fulfilled; and the user equipment steering traffic from the first network to a second network or from the second network to the first network when the at least one radio access network rule is satisfied and the first probability condition is fulfilled, wherein: the at least one radio access network rule is associated with parameters used to evaluate a signal quality of the first network; the probability value is related to a chance of performing traffic steering when the at least one radio access network rule is satisfied; and the first probability condition is fulfilled when a relationship between the first random value and the probability value satisfies a first predetermined criterion. the user equipment receiving a probability value within a predetermined range and at least one radio access network rule from the base station (22, 26); the user equipment generating a first random value within the predetermined range; the user equipment determining if the at least one radio access network rule is satisfied and if a first probability condition associated with the first random value and the probability value is fulfilled; and the user equipment steering traffic from the first network to a second network or from the second network to the first network when the at least one radio access network rule is satisfied and the first probability condition is fulfilled, wherein: the at least one radio access network rule is associated with parameters used to evaluate a signal quality of the first network; the probability value is related to a chance of performing traffic steering when the at least one radio access network rule is satisfied; and the first probability condition is fulfilled when a relationship between the first random value and the probability value satisfies a first predetermined criterion. the at least one radio access network rule is associated with parameters used to evaluate a signal quality of the first network; the probability value is related to a chance of performing traffic steering when the at least one radio access network rule is satisfied; and the first probability condition is fulfilled when a relationship between the first random value and the probability value satisfies a first predetermined criterion.
A method in a device of receiving Adaptive Bit Rate content, the method comprising: receiving an ABR manifest associated with the content, the ABR manifest describing segments of content and specifying a plurality of policies and respective associated data transfer rules, wherein the ABR manifest specifies a plurality of representations of the content with respective data rates, and the data transfer rules for each policy identify one or more of the representations that are permitted in accordance with that policy; receiving an indication identifying one of the policies; and requesting segments of the content from a content delivery network in accordance with the data transfer rules associated with the policy identified by the indication. receiving an ABR manifest associated with the content, the ABR manifest describing segments of content and specifying a plurality of policies and respective associated data transfer rules, wherein the ABR manifest specifies a plurality of representations of the content with respective data rates, and the data transfer rules for each policy identify one or more of the representations that are permitted in accordance with that policy; receiving an indication identifying one of the policies; and requesting segments of the content from a content delivery network in accordance with the data transfer rules associated with the policy identified by the indication.
An adjustable guide track for guiding a side edge of a shade of a sunshade device with an adjusting device for aligning the guide track with a wall, comprising a retainer element and a counter-element, wherein the retainer element and the counter-element are provided with corresponding engagement elements (11,21) for the adjusting the distance of the retainer element from the counter-element, characterized in that, - the retainer element includes a flange-like extension and a cylindrical section with an external thread, - the counter-element has a plurality of spokes running in a radial direction as gripping elements and an internal thread, - the counter-element is rotatably mounted on the external thread of the retainer element, such that - the distance between the retainer element and the counter-element is alterable and - an attachment element is positioned in a central bore in the retainer element and in the counter-element, with which the adjusting device can be attached to the guide track and to the wall. - the retainer element includes a flange-like extension and a cylindrical section with an external thread, - the counter-element has a plurality of spokes running in a radial direction as gripping elements and an internal thread, - the counter-element is rotatably mounted on the external thread of the retainer element, such that - the distance between the retainer element and the counter-element is alterable and - an attachment element is positioned in a central bore in the retainer element and in the counter-element, with which the adjusting device can be attached to the guide track and to the wall.
A transmission control system for controlling one or more management processes directed to one or more data streams each being a part of data traffic transmitted via a link aggregation group having egress ports in multiple functional entities of a network element, the transmission control system comprising: - a detection mechanism (101, 301) for detecting, for each of data frames belonging to the data traffic, whether the data frame under consideration belongs to any of the data streams, and - a forwarding-control mechanism (102, 302) for controlling the data frames belonging to none of the data streams to be forwarded to the functional entities so that these data frames are distributed between the functional entities according to a link aggregation rule (203, 303) related to the link aggregation group, characterized in that the forwarding-control mechanism is configured to: - maintain a management rule (204, 304) indicating, for each of the data streams, a stream-specific functional entity, the stream-specific functional entity being one of the functional entities and being configured to run each of the one or more management processes to be directed to the data stream under consideration, and - control, in accordance with the management rule, the data frames belonging to one of the data streams to be forwarded to the stream-specific functional entity related to the one of the data streams. - a detection mechanism (101, 301) for detecting, for each of data frames belonging to the data traffic, whether the data frame under consideration belongs to any of the data streams, and - a forwarding-control mechanism (102, 302) for controlling the data frames belonging to none of the data streams to be forwarded to the functional entities so that these data frames are distributed between the functional entities according to a link aggregation rule (203, 303) related to the link aggregation group, - maintain a management rule (204, 304) indicating, for each of the data streams, a stream-specific functional entity, the stream-specific functional entity being one of the functional entities and being configured to run each of the one or more management processes to be directed to the data stream under consideration, and - control, in accordance with the management rule, the data frames belonging to one of the data streams to be forwarded to the stream-specific functional entity related to the one of the data streams.
Screw-on profile part to be connected to the bottom slat of a roller shutter, in which a U-shaped shoe part comprising a U-shaped space is designed for receiving the bottom slat of the roller shutter in the U-shaped space, and connecting openings are formed in the screw-on profile part at a distance from the longitudinal ends of the screw-on profile part, characterised in that, based on a cross-sectional view, a locking limb (8, 9) which is perpendicular to the receiving direction and protrudes outwards is formed on the two U-limbs (6, 7) extending from a U-neck and in that, in the U-neck, one or more openings are designed as connecting openings.
A radio frequency identification, RFID, reader, comprising: an antenna array including a plurality of antenna elements; a transmit/receive module coupled to the plurality of antenna elements; and a beam forming processor coupled to the transmit/receive module for selectively activating a subset of antenna elements of the plurality of antenna elements to direct a transmission beam capable of interrogating at least one RFID tag towards a particular area within a monitored region, characterized in that the beam forming processor is configured to transmit an interrogation signal to the at least one RFID tag using all antenna elements of the plurality of antenna elements; receive a responsive signal from the at least one RFID tag; and employ a subset of antenna elements to transmit a further interrogation signal and receive a further responsive signal in response to a poor signal quality or strength of the responsive signal from the at least one RFID tag. an antenna array including a plurality of antenna elements; a transmit/receive module coupled to the plurality of antenna elements; and a beam forming processor coupled to the transmit/receive module for selectively activating a subset of antenna elements of the plurality of antenna elements to direct a transmission beam capable of interrogating at least one RFID tag towards a particular area within a monitored region, characterized in that the beam forming processor is configured to transmit an interrogation signal to the at least one RFID tag using all antenna elements of the plurality of antenna elements; receive a responsive signal from the at least one RFID tag; and employ a subset of antenna elements to transmit a further interrogation signal and receive a further responsive signal in response to a poor signal quality or strength of the responsive signal from the at least one RFID tag. transmit an interrogation signal to the at least one RFID tag using all antenna elements of the plurality of antenna elements; receive a responsive signal from the at least one RFID tag; and employ a subset of antenna elements to transmit a further interrogation signal and receive a further responsive signal in response to a poor signal quality or strength of the responsive signal from the at least one RFID tag.
A flexible display including an oxide semiconductor thin film transistor on a plastic substrate, comprising: a first buffer layer disposed on the plastic substrate; a second buffer layer disposed on the first buffer layer and formed of silicon oxide; an active layer disposed on the second buffer layer and formed of an oxide semiconductor; and a light shielding layer disposed between the first buffer layer and the second buffer layer and overlapping the active layer, wherein the first buffer layer includes: a lower layer directly contacting the plastic substrate and formed of silicon nitride; and an upper layer disposed on the lower layer and formed of silicon oxide, wherein the lower layer includes a first lower layer formed on the plastic substrate and a second lower layer formed on the first lower layer, the first lower layer having a higher density than the second lower layer. a first buffer layer disposed on the plastic substrate; a second buffer layer disposed on the first buffer layer and formed of silicon oxide; an active layer disposed on the second buffer layer and formed of an oxide semiconductor; and a light shielding layer disposed between the first buffer layer and the second buffer layer and overlapping the active layer, wherein the first buffer layer includes: a lower layer directly contacting the plastic substrate and formed of silicon nitride; and an upper layer disposed on the lower layer and formed of silicon oxide, a lower layer directly contacting the plastic substrate and formed of silicon nitride; and an upper layer disposed on the lower layer and formed of silicon oxide, wherein the lower layer includes a first lower layer formed on the plastic substrate and a second lower layer formed on the first lower layer, the first lower layer having a higher density than the second lower layer.