mhurhangee/patent-ind-claim-en huggingface dataset:
A composite pipe end fitting comprising a composite pipe termination, the composite pipe termination comprising: - a composite pipe having a composite pipe wall thickness and a cut end ; - an annular part of composite material attached around the outside of the composite pipe at the cut end , the annular part having a radial thickness which tapers towards the composite pipe in the direction along the composite pipe away from the cut end to provide an exterior surface having a tapered portion ; characterized in that the composite pipe end fitting additionally comprises: - pinning means comprising one or more pins which extend through the annular part and partially through the composite pipe wall thickness to further attach the annular part to the composite pipe ; the composite pipe end fitting additionally comprising - an annular metal sleeve having an interior surface which mates with the exterior surface of the annular part including the tapered portion and having an annular extension portion , which extends beyond the cut end ; - a transition piece for interfacing with a metal pipe, the transition piece having a conduit therethrough to allow fluid communication between the transition piece and the composite pipe and between the transition piece and any connected metal pipe; - locking means for locking the transition piece into sealing engagement with the annular extension portion . - a composite pipe having a composite pipe wall thickness and a cut end ; - an annular part of composite material attached around the outside of the composite pipe at the cut end , the annular part having a radial thickness which tapers towards the composite pipe in the direction along the composite pipe away from the cut end to provide an exterior surface having a tapered portion ; - pinning means comprising one or more pins which extend through the annular part and partially through the composite pipe wall thickness to further attach the annular part to the composite pipe ; the composite pipe end fitting additionally comprising - an annular metal sleeve having an interior surface which mates with the exterior surface of the annular part including the tapered portion and having an annular extension portion , which extends beyond the cut end ; - a transition piece for interfacing with a metal pipe, the transition piece having a conduit therethrough to allow fluid communication between the transition piece and the composite pipe and between the transition piece and any connected metal pipe; - locking means for locking the transition piece into sealing engagement with the annular extension portion .
A media clamp , comprising: a swingarm configured to transition between a clamped position and an open position; a roller disposed on the swingarm , the roller configured to retain a medium within the clamp when the swingarm is in the clamped position; characterised by a slide movable between a first position and second position, the slide configured to bias a friction plate against the roller in the first position, and to bias the friction plate against the roller in the second position such that the friction plate applies a greater friction against the roller in the second position than in the first position; a cam configured to move the slide from the first position to the second position; and a latch configured to hold the slide in the second position, and to release the slide to the first position. a swingarm configured to transition between a clamped position and an open position; a roller disposed on the swingarm , the roller configured to retain a medium within the clamp when the swingarm is in the clamped position; characterised by a slide movable between a first position and second position, the slide configured to bias a friction plate against the roller in the first position, and to bias the friction plate against the roller in the second position such that the friction plate applies a greater friction against the roller in the second position than in the first position; a cam configured to move the slide from the first position to the second position; and a latch configured to hold the slide in the second position, and to release the slide to the first position.
A split spray-cooled roof for a metallurgical furnace, the split spray-cooled roof comprising: a first hollow metal roof section ; a second hollow metal roof section mating with the first hollow metal roof section to bound at least a portion of a central opening of the roof; and wherein the first and second hollow roof sections are attached together along a prescription split line passing through the central opening, the prescription split line comprising: a first split line ; and a second split line , wherein the first split line is not aligned with the second split line, and wherein the first and second split line are not radially aligned with a center of the central opening. a first hollow metal roof section ; a second hollow metal roof section mating with the first hollow metal roof section to bound at least a portion of a central opening of the roof; and wherein the first and second hollow roof sections are attached together along a prescription split line passing through the central opening, the prescription split line comprising: a first split line ; and a second split line , wherein the first split line is not aligned with the second split line, and wherein the first and second split line are not radially aligned with a center of the central opening. a first split line ; and a second split line , wherein the first split line is not aligned with the second split line, and wherein the first and second split line are not radially aligned with a center of the central opening.
Working implement with a gear unit and a gear housing , wherein the gear unit is located in the gear housing , wherein the gear unit comprises a drive part located in a first part-housing of the gear housing and a driven part located in a second part-housing , wherein the two part-housings are joined via a swivel joint , which allows a pivoting of the second part-housing relative to the first part-housing about a pivot axis , wherein the swivel joint has a clamping device for clamping the two part-housings in the direction of the pivot axis , wherein the force applied by the clamping device to the two part-housings is adjustable, characterised in that the clamping element moves in the direction of a clamping axis in the clamping process, wherein the clamping axis encloses with the pivot axis an angle (α) of more than 10°.
Welding torch for arc welding, comprising - a holder for retaining a welding electrode and for transmitting electric current to the welding electrode , - a neck attached to the holder for supporting the holder and for transmitting electric current to the holder , and - a handle attached to the neck at a distal end of the handle , wherein the neck is arranged to be connected to a cable for transmitting electric current to the neck , and the handle is arranged to receive the cable inside the handle , characterized in that the handle comprises a body made of flexible material, such as silicone rubber, for allowing movement of the distal end of the handle in relation to a proximal end of the handle . - a holder for retaining a welding electrode and for transmitting electric current to the welding electrode , - a neck attached to the holder for supporting the holder and for transmitting electric current to the holder , and - a handle attached to the neck at a distal end of the handle , the neck is arranged to be connected to a cable for transmitting electric current to the neck , and the handle is arranged to receive the cable inside the handle , characterized in that the handle comprises a body made of flexible material, such as silicone rubber, for allowing movement of the distal end of the handle in relation to a proximal end of the handle .
A method for fabricating, in a fabrication environment, a component from an alloy containing one or more reactive elements, the method comprising: removing a reactive gas from the fabrication environment; forming an alloy form of the alloy comprising: pre-alloying the one or more reactive elements with the one or more base elements to form a master alloy; forming a molten alloy by melting the alloy or by melting one or more base elements of the alloy to produce a molten liquid and introducing the one or more reactive elements into the molten liquid, wherein the introducing of the one or more reactive elements into the molten liquid comprises forming a sacrificial metal foam from a nickel lanthanum master alloy through which the molten alloy is poured by atomizing and consolidating via additive manufacturing; shaping the molten alloy into the alloy form; and forming the component from the alloy form, wherein if the one or more reactive elements are introduced into the molten liquid, such introduction occurs just prior to the shaping step. removing a reactive gas from the fabrication environment; forming an alloy form of the alloy comprising: pre-alloying the one or more reactive elements with the one or more base elements to form a master alloy; forming a molten alloy by melting the alloy or by melting one or more base elements of the alloy to produce a molten liquid and introducing the one or more reactive elements into the molten liquid, wherein the introducing of the one or more reactive elements into the molten liquid comprises forming a sacrificial metal foam from a nickel lanthanum master alloy through which the molten alloy is poured by atomizing and consolidating via additive manufacturing; shaping the molten alloy into the alloy form; and forming the component from the alloy form, pre-alloying the one or more reactive elements with the one or more base elements to form a master alloy; forming a molten alloy by melting the alloy or by melting one or more base elements of the alloy to produce a molten liquid and introducing the one or more reactive elements into the molten liquid, wherein the introducing of the one or more reactive elements into the molten liquid comprises forming a sacrificial metal foam from a nickel lanthanum master alloy through which the molten alloy is poured by atomizing and consolidating via additive manufacturing; shaping the molten alloy into the alloy form; and forming the component from the alloy form, wherein if the one or more reactive elements are introduced into the molten liquid, such introduction occurs just prior to the shaping step.
An apparatus to remove intact cells from a surgical site of a patient, the apparatus comprising: a probe insertable to the surgical site, the probe comprising, a nozzle configured to provide a liquid fluid stream to the surgical site to fragment tissue, and a port to receive tissue from the surgical site; a filter coupled to the port in order to receive fragmented tissue comprising the intact cells from the surgical site, characterised in that the liquid fluid stream provided by the nozzle comprises cavitations. a probe insertable to the surgical site, the probe comprising, a nozzle configured to provide a liquid fluid stream to the surgical site to fragment tissue, and a port to receive tissue from the surgical site; a filter coupled to the port in order to receive fragmented tissue comprising the intact cells from the surgical site, characterised in that the liquid fluid stream provided by the nozzle comprises cavitations.
A system for the detection of defects in rails, the system comprising a source of ultrasonic waves for emitting ultrasonic waves onto a rail, a detector for detecting ultrasonic waves reflected or otherwise scattered by the rail or defects therein and a mist generator arranged, in use, to expose one or both of the rail and source of ultrasonic waves to a mist of liquid, thus enabling the formation of an ultrasound-transmissive interface between the rail and the source of ultrasonic waves, characterized in that the system comprises a mist accelerator for accelerating the droplets forming the mist towards the rail subsequent to generation of the mist.
A light detection and ranging, LiDAR, apparatus comprising: a continuous wave light source configured to generate continuous wave light; a beam steering device configured to emit the continuous wave light to an object for a first time (T1) and stop emitting the continuous wave light to the object for a second time (T2); a receiver configured to receive the continuous wave light that is reflected from the object to form a reception signal; a signal processor configured to obtain distance information and speed information about the object based on the reception signal; and a frequency modulator configured to drive the continuous wave light source such that the continuous wave light source generates frequency-modulated continuous wave light, wherein the beam steering device is further configured to emit the frequency-modulated continuous wave light to the object for the first time and stop emitting the frequency-modulated continuous wave light to the object for the second time, wherein the frequency modulator is configured to linearly increase a frequency of the frequency-modulated continuous wave light for a third time (T3), wherein the third time is equal to, or greater than, a sum of the first time and the second time, and wherein the signal processor is further configured to obtain the distance information and the speed information about the object by analyzing a frequency of the reception signal in a frequency-modulated continuous wave, FMCW, manner and obtain the distance information about the object by analyzing a waveform of the reception signal in a time of flight, ToF, manner. a continuous wave light source configured to generate continuous wave light; a beam steering device configured to emit the continuous wave light to an object for a first time (T1) and stop emitting the continuous wave light to the object for a second time (T2); a receiver configured to receive the continuous wave light that is reflected from the object to form a reception signal; a signal processor configured to obtain distance information and speed information about the object based on the reception signal; and a frequency modulator configured to drive the continuous wave light source such that the continuous wave light source generates frequency-modulated continuous wave light, wherein the beam steering device is further configured to emit the frequency-modulated continuous wave light to the object for the first time and stop emitting the frequency-modulated continuous wave light to the object for the second time, wherein the frequency modulator is configured to linearly increase a frequency of the frequency-modulated continuous wave light for a third time (T3), wherein the third time is equal to, or greater than, a sum of the first time and the second time, and wherein the signal processor is further configured to obtain the distance information and the speed information about the object by analyzing a frequency of the reception signal in a frequency-modulated continuous wave, FMCW, manner and obtain the distance information about the object by analyzing a waveform of the reception signal in a time of flight, ToF, manner.
An aqueous washing liquor suitable for use in an apparatus for cleaning soiled textile substrates, containing a plurality of water-insoluble solid polymer particles and a liquid detergent containing polyalkoxylated polyamines and a non-aqueous solvent.
A device for applying adhesive (C) to a sheet (L) for mattresses, comprising: - an element rotating about at least one axis of rotation (R) and having at least one outer side surface , the element being designed, by rolling the element on the sheet, to cause the application of the adhesive on the sheet due to at least the rotation of the element, - a plurality of nozzles designed to dispense, preferably by gravity, the adhesive towards the side surface, the side surface being designed to transport the adhesive towards the sheet during the rotation in such a way as to cause the subsequent application of the adhesive on the sheet, - a plurality of channels , the nozzles being associated with a respective channel and being designed to dispense the adhesive towards the respective channel, wherein each of the channels is designed to receive the adhesive and to transport the adhesive towards the sheet during the rotation in such a way as to cause the subsequent application of the adhesive on the sheet, each of the channels being positioned on the side surface and being defined by at least one groove made on the side surface. - an element rotating about at least one axis of rotation (R) and having at least one outer side surface , the element being designed, by rolling the element on the sheet, to cause the application of the adhesive on the sheet due to at least the rotation of the element, - a plurality of nozzles designed to dispense, preferably by gravity, the adhesive towards the side surface, the side surface being designed to transport the adhesive towards the sheet during the rotation in such a way as to cause the subsequent application of the adhesive on the sheet, - a plurality of channels , the nozzles being associated with a respective channel and being designed to dispense the adhesive towards the respective channel, wherein each of the channels is designed to receive the adhesive and to transport the adhesive towards the sheet during the rotation in such a way as to cause the subsequent application of the adhesive on the sheet, each of the channels being positioned on the side surface and being defined by at least one groove made on the side surface.
A crib bed of the general type with at least one detachable crib sidewall being secured to the crib bed leg construction by means of a latching system including a latch housing on the detachable crib sidewall and a stationary guide member within the crib bed leg construction , the latching system being spring loaded as to always return to a latch lock position with release of trigger lever , a latching bar being arranged rotatably and displaceably in the latch housing in order to displace a latching pin adapted to engage the stationary guide member , the latching bar being provided with the trigger lever at a first end for rotating and displacing the latching bar and the latching pin , the latching bar being provided with the latching pin at a second end, and the latching bar being spring-loaded in the latch housing by means of a latch bar spring arranged around the latch bar for engagement of the latching pin with the stationary guide member , characterised in that, for attachment of the detachable crib sidewall to the crib bed leg construction , the latching pin is retractable into the latching bar against the load of a spring arranged in the latching bar by displacement of the latching pin along a sloped surface of the stationary guide member , in that the latching pin includes a slot perpendicular to the axis of the latching pin , in that the latching pin is secured to the latching bar with a linkage pin extending through the slot of the latching pin and extending through a hole in the latching bar , and in that , for detachment of the detachable crib sidewall from the crib bed leg construction , the linkage pin and thereby the attached trigger lever is guided in a guide rail in the latch housing for retraction of the secured latching pin and latching bar in a first motion which is horizontal and co-axial to the latching pin and afterwards in a second motion which is rotational and co-axial to the latching pin .
A perforating gun system comprising: at least two gun sections coupled together at corresponding first ends through an adapter so that one of the at least two gun sections is angularly offset relative to another of the at least two gun sections; and a spacer attached to a second end of each of the at least two gun sections, configured to position each gun section close to an inner surface area of a well casing to reduce a water gap between each gun section and a closest interior of the well casing, wherein the adapter and the spacer are configured to decentralize an axial center line of the one of the at least two gun sections relative to another axial center line of the another of the at least two gun sections. at least two gun sections coupled together at corresponding first ends through an adapter so that one of the at least two gun sections is angularly offset relative to another of the at least two gun sections; and a spacer attached to a second end of each of the at least two gun sections, configured to position each gun section close to an inner surface area of a well casing to reduce a water gap between each gun section and a closest interior of the well casing, wherein the adapter and the spacer are configured to decentralize an axial center line of the one of the at least two gun sections relative to another axial center line of the another of the at least two gun sections.
A method for determining at least one rolling parameter online during the rolling of a rolling stock rolled along a rolling line in a rolling mill comprising at least two rolls on a roll stand , wherein the rolling stock is a bar or a tube and wherein the rolling stock is guided during rolling past or through at least one measurement device , which interacts with a rolling stock quantity of the rolling stock that is variable along the longitudinal extension of the rolling stock and which outputs a measurement signal , characterized in that the measurement device measures by integration and/or by averaging over the periphery of the rolling stock perpendicularly to the rolling line and (i) in that the measurement signal is converted into a frequency space and the rolling parameter is determined from the measurement signal converted into the frequency space and/or (ii) in that a frequency inherent in the change of the rolling stock quantity is derived from the measurement signal and the rolling parameter is determined based on the derived frequency . (i) in that the measurement signal is converted into a frequency space and the rolling parameter is determined from the measurement signal converted into the frequency space and/or (ii) in that a frequency inherent in the change of the rolling stock quantity is derived from the measurement signal and the rolling parameter is determined based on the derived frequency .
A dental implant abutment comprising an implant, an abutment and a shaped block comprising dried cross-linked collagen matrix, wherein said shaped block is positioned between the abutment and the implant such that it is in direct contact at least partially with the implant and with the abutment; wherein the shaped block is shaped such that when implanted it is in partial and/or full contact with bone and/or soft tissue surrounding the abutment.
Short-circuiting device for short-circuiting cores of a voltage cable relative to each other, wherein the short-circuiting device comprises an electrically conductive ring , characterized in that the short-circuiting device is provided with at least two releasable ring parts which each comprise a groove for accommodating therein a corresponding part of the electrically conductive ring , wherein the releasable ring parts can be arranged round cores of the voltage cable, wherein in mounted state the ring parts are configured to connect the cores in electrically conductive manner to the electrically conductive ring .
A compound represented by the formula: wherein R 1 is an acyl group; R 2 is an optionally substituted 3- to 6-membered saturated cyclic group; R 3 is an optionally substituted C 1-6 alkyl group, a mono- or di-C 1-6 alkylamino group or a C 3-6 cycloalkyl group; and Ring A is an azetidine ring or a pyrrolidine ring, each optionally further substituted, or a salt thereof. R 1 is an acyl group; R 2 is an optionally substituted 3- to 6-membered saturated cyclic group; R 3 is an optionally substituted C 1-6 alkyl group, a mono- or di-C 1-6 alkylamino group or a C 3-6 cycloalkyl group; and Ring A is an azetidine ring or a pyrrolidine ring, each optionally further substituted, or a salt thereof.