mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly for delivering an implant to a surgical site for osteosynthesis comprising: an implant having a first configuration when it is releasably attached to a delivery instrument and a second configuration when it is not attached to the delivery instrument, the implant or a portion thereof being comprised of a material that allows the implant to have multiple configurations, the implant having two or more than two means for fixation to a bone , a bridge spanning between the means for fixation to a bone and having means for engaging the delivery instrument , or the delivery instrument having means for engaging the implant, or both the implant and delivery instrument having means for engaging one another, wherein the means for engaging do not impede the placement of the implant onto the bone; characterised in that the means for engaging the delivery instrument comprises projections having a lower surface that is at least partially recessed from a bottom surface of the bridge . an implant having a first configuration when it is releasably attached to a delivery instrument and a second configuration when it is not attached to the delivery instrument, the implant or a portion thereof being comprised of a material that allows the implant to have multiple configurations, the implant having two or more than two means for fixation to a bone , a bridge spanning between the means for fixation to a bone and having means for engaging the delivery instrument , or the delivery instrument having means for engaging the implant, or both the implant and delivery instrument having means for engaging one another, wherein the means for engaging do not impede the placement of the implant onto the bone; characterised in that the means for engaging the delivery instrument comprises projections having a lower surface that is at least partially recessed from a bottom surface of the bridge .
Handling system for the needle bar of a sewing machine, comprising a crank , a cylindrical element and a needle bar with a vertical shaft to which the crank is connected which in turn is connected to the cylindrical element which is fixed coaxially to a rotating shaft, wherein the crank is connected to the cylindrical element by means of an adjustment device , the crank being pivoted with a pin to the adjustment device , the adjustment device being adapted to adjust the position of the pin with respect to the rotation axis of the rotating shaft; wherein the adjustment device comprises a fixed element which is mounted stably on the cylindrical element , and a movable element to which the crank is pivoted, the movable element being fixable to the fixed element in variable positions; wherein the movable element is translatable with respect to the fixed element ; characterized by the fact that at least one slotted hole is formed in the movable element , the at least one slotted hole being penetrable by a screw to be screwed into a threaded hole formed in the fixed element . wherein the adjustment device comprises a fixed element which is mounted stably on the cylindrical element , and a movable element to which the crank is pivoted, the movable element being fixable to the fixed element in variable positions; wherein the movable element is translatable with respect to the fixed element ; characterized by the fact that at least one slotted hole is formed in the movable element , the at least one slotted hole being penetrable by a screw to be screwed into a threaded hole formed in the fixed element .
A content control apparatus comprising: a plurality of display units having respective display areas arranged in a loop; a display controller configured to display a content on any one of the plurality of display units ; an instruction receiver configured to receive a content transfer instruction, which is input by a sliding operation on the content displayed on a corresponding one of the display units and is accompanied by a content ID and a sliding speed; a content controller configured to, in response to receiving the content transfer instruction: record, in a memory, a transfer start position in accordance with the content ID, and transfer the content from the display unit that initially displays the content, to pass sequentially through other display units ; and a stop unit configured to stop the content that passes through the plurality of display units arranged in the loop and returns at a boundary defined based on the transfer start position recorded in accordance with the content ID of the content. a plurality of display units having respective display areas arranged in a loop; a display controller configured to display a content on any one of the plurality of display units ; an instruction receiver configured to receive a content transfer instruction, which is input by a sliding operation on the content displayed on a corresponding one of the display units and is accompanied by a content ID and a sliding speed; a content controller configured to, in response to receiving the content transfer instruction: record, in a memory, a transfer start position in accordance with the content ID, and transfer the content from the display unit that initially displays the content, to pass sequentially through other display units ; and record, in a memory, a transfer start position in accordance with the content ID, and transfer the content from the display unit that initially displays the content, to pass sequentially through other display units ; and a stop unit configured to stop the content that passes through the plurality of display units arranged in the loop and returns at a boundary defined based on the transfer start position recorded in accordance with the content ID of the content.
A method for forming a ceramic matrix composite article , the method comprising: forming by melt infiltration with molten silicon a ceramic matrix composite substrate comprising a ceramic fiber reinforcement material in a ceramic matrix material having a free silicon proportion or content, wherein the term free silicon refers to the presence of elemental silicon or silicon alloy where silicon makes up greater than about 33 atomic percent of the silicon alloy; and forming by chemical vapor infiltration a ceramic matrix composite outer layer comprising a ceramic fiber reinforcement material in a ceramic matrix material without any free silicon proportion disposed on at least a portion of the ceramic matrix substrate , wherein the forming by chemical vapor infiltration of the ceramic matrix composite outer layer comprises the steps of laying up at least one prepreg layer on the ceramic matrix composite substrate , wherein the at least one prepreg layer includes unidirectionally-aligned tows impregnated with a ceramic matrix precursor; heating the at least one laid-up disposed prepreg layer in vacuum or in an inert atmosphere to produce a porous layer; and subjecting the porous layer to chemical vapor infiltration with a gaseous source of silicon carbide. forming by melt infiltration with molten silicon a ceramic matrix composite substrate comprising a ceramic fiber reinforcement material in a ceramic matrix material having a free silicon proportion or content, wherein the term free silicon refers to the presence of elemental silicon or silicon alloy where silicon makes up greater than about 33 atomic percent of the silicon alloy; and forming by chemical vapor infiltration a ceramic matrix composite outer layer comprising a ceramic fiber reinforcement material in a ceramic matrix material without any free silicon proportion disposed on at least a portion of the ceramic matrix substrate , wherein the forming by chemical vapor infiltration of the ceramic matrix composite outer layer comprises the steps of laying up at least one prepreg layer on the ceramic matrix composite substrate , wherein the at least one prepreg layer includes unidirectionally-aligned tows impregnated with a ceramic matrix precursor; heating the at least one laid-up disposed prepreg layer in vacuum or in an inert atmosphere to produce a porous layer; and subjecting the porous layer to chemical vapor infiltration with a gaseous source of silicon carbide. wherein the forming by chemical vapor infiltration of the ceramic matrix composite outer layer comprises the steps of laying up at least one prepreg layer on the ceramic matrix composite substrate , wherein the at least one prepreg layer includes unidirectionally-aligned tows impregnated with a ceramic matrix precursor; heating the at least one laid-up disposed prepreg layer in vacuum or in an inert atmosphere to produce a porous layer; and subjecting the porous layer to chemical vapor infiltration with a gaseous source of silicon carbide.
A book-like document, in particular an identification document, having a binding , which comprises a book case front cover page and a book case back cover page , having one or a plurality of data pages and/or a personalisation data page and a transponder module incorporated in the binding or in the personalisation data page and comprising an antenna and an IC chip , and having a sensor which is in contact with said transponder module and activates and deactivates the transponder module , and having at least one control element which, when in a closed or partially closed disposition of the book case front cover page with respect to the book case back cover page , will cause the sensor , which is realised in the form of a magnetoresistive sensor, to assume a switching state that deactivates said transponder module , characterised in that the magnetoresistive sensor consists of at least two layers of a magnetisable material which are separated from each other by means of a separation layer or consists of at least one layer which surrounds the transponder module and contains conductive particles that are orientable in accordance with a magnetic field, in that it is realised as a switching contact which interrupts or closes a circuit of the transponder module or in that the magnetoresistive sensor is realised as a resistor which sets the transponder module to an active or an inactive state.
Frame element for a tensioning frame for stretching a planar material , the frame element having a tensioning cavity for tensioning the planar material and a fixing device for fixing the planar material to the frame element , it being possible to clamp the planar material between a fixing end of a spring and the fixing device by means of the fixing end , and the fixing end cooperating with the fixing device such that the fixed planar material can be pretensioned into the tensioning cavity by means of a tensioning end of the spring that is opposite the fixing end , characterised in that the fixing device is arranged in the tensioning cavity and the tensioning cavity is dimensioned such that the spring , together with the fixing end and the tensioning end thereof, can be completely received in the tensioning cavity .
A robotic surgical system , comprising: a robotic arm ; a surgical instrument attached to an end of the robotic arm; a force detection system coupled to the robotic arm, wherein the force detection system includes a sensor configured to detect a force being applied to a patient when the robotic arm or the surgical instrument , or both, engages and imparts force on the anatomy of the patient as the robotic arm is translated to a position relative to a patient; and a control device in communication with the sensor of the force detection system , the control device configured to change the position of the robotic arm relative to a patient when the said force being detected by the sensor exceeds a predetermined force threshold, characterised in that : the force detection system includes: a base plate ; a top plate , the sensor being disposed between the base plate and the top plate ; and a pivoting member disposed between the base plate and the top plate to pivotably couple the base plate and top plate to one another; the sensor having a top portion and a bottom portion , wherein the top portion of the sensor is coupled to the top plate and the bottom portion of the sensor is coupled to the base plate ; and the robotic surgical system further comprises a cart base including a vertical column having the force detection system supported thereon. a robotic arm ; a surgical instrument attached to an end of the robotic arm; a force detection system coupled to the robotic arm, wherein the force detection system includes a sensor configured to detect a force being applied to a patient when the robotic arm or the surgical instrument , or both, engages and imparts force on the anatomy of the patient as the robotic arm is translated to a position relative to a patient; and a control device in communication with the sensor of the force detection system , the control device configured to change the position of the robotic arm relative to a patient when the said force being detected by the sensor exceeds a predetermined force threshold, the force detection system includes: a base plate ; a top plate , the sensor being disposed between the base plate and the top plate ; and a pivoting member disposed between the base plate and the top plate to pivotably couple the base plate and top plate to one another; a base plate ; a top plate , the sensor being disposed between the base plate and the top plate ; and a pivoting member disposed between the base plate and the top plate to pivotably couple the base plate and top plate to one another; the sensor having a top portion and a bottom portion , wherein the top portion of the sensor is coupled to the top plate and the bottom portion of the sensor is coupled to the base plate ; and the robotic surgical system further comprises a cart base including a vertical column having the force detection system supported thereon.
A process for inhibiting scale produced during wet process phosphoric acid production, the process comprising: adding a scale-inhibiting amount of a reagent comprising a primary amine-containing polymer, or salt thereof, to at least one stage of a wet process phosphoric acid production process, wherein said primary amine-containing polymer comprises an A mer according to Formula (I): where R is H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, halide, or carboxyl; R 1 is H, C 1 -C 6 alkyl, or C 2 -C 6 alkenyl; R 2 is H or an A mer according to Formula (I); R 3 is chosen from a direct bond or a C 1 -C 12 alkyl, C 2 -C 12 alkenyl, or a C 6 -C 12 aryl group; and n is an integer chosen to provide a weight average molecular weight of the primary amine-containing polymer of at least 300 Daltons, and wherein the percentage of primary amine in the polymer is from 30 mole % to 100 mole % based on the total percentage of mer units in the polymer. adding a scale-inhibiting amount of a reagent comprising a primary amine-containing polymer, or salt thereof, to at least one stage of a wet process phosphoric acid production process, wherein said primary amine-containing polymer comprises an A mer according to Formula (I): where R is H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, halide, or carboxyl; R 1 is H, C 1 -C 6 alkyl, or C 2 -C 6 alkenyl; R 2 is H or an A mer according to Formula (I); R 3 is chosen from a direct bond or a C 1 -C 12 alkyl, C 2 -C 12 alkenyl, or a C 6 -C 12 aryl group; and n is an integer chosen to provide a weight average molecular weight of the primary amine-containing polymer of at least 300 Daltons, and R is H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, halide, or carboxyl; R 1 is H, C 1 -C 6 alkyl, or C 2 -C 6 alkenyl; R 2 is H or an A mer according to Formula (I); R 3 is chosen from a direct bond or a C 1 -C 12 alkyl, C 2 -C 12 alkenyl, or a C 6 -C 12 aryl group; and n is an integer chosen to provide a weight average molecular weight of the primary amine-containing polymer of at least 300 Daltons, and wherein the percentage of primary amine in the polymer is from 30 mole % to 100 mole % based on the total percentage of mer units in the polymer.
An apparatus for generating a magnetic field for tracking of an object within an area of interest, the apparatus comprising: a low-density magnetic field transmitting element configured and arranged to emit the magnetic field in the area of interest and is x-ray translucent, wherein the magnetic field transmitting element includes a multi-layer substrate having a first layer and a second layer , wherein first electrical traces (502 1-5 ) are printed on the first layer and second electrical traces (503 1-4 ) are printed on the second layer, wherein the first and second electrical traces are electrically coupled to one another with vias , which extend through the substrate between the first and second layers for forming a coil extending parallel relative to a top surface of the substrate . a low-density magnetic field transmitting element configured and arranged to emit the magnetic field in the area of interest and is x-ray translucent, wherein the magnetic field transmitting element includes a multi-layer substrate having a first layer and a second layer , wherein first electrical traces (502 1-5 ) are printed on the first layer and second electrical traces (503 1-4 ) are printed on the second layer, wherein the first and second electrical traces are electrically coupled to one another with vias , which extend through the substrate between the first and second layers for forming a coil extending parallel relative to a top surface of the substrate .
A tire containing at least one component comprised of a cured rubber composition comprising: a. 100 phr of at least one conjugated diene monomer-containing elastomer; b. filler comprising at least 25 phr of reinforcing carbon black; c. a cure package comprising i. at least 10 phr of vulcanizing agent, and ii. at least one vulcanizing accelerator, and d. optionally at least one anti-reversion agent; wherein the cured rubber composition has a dielectric constant of at least 20, wherein the at least one component is a bead filler, wherein the tire further comprises an electronic communication module including a radio device having at least a portion of its outer surface surrounded by a second rubber composition, and wherein the dielectric constant is measured in accordance with ASTM method D150 at 915 MHz. a. 100 phr of at least one conjugated diene monomer-containing elastomer; b. filler comprising at least 25 phr of reinforcing carbon black; c. a cure package comprising i. at least 10 phr of vulcanizing agent, and ii. at least one vulcanizing accelerator, and i. at least 10 phr of vulcanizing agent, and ii. at least one vulcanizing accelerator, and d. optionally at least one anti-reversion agent; wherein the at least one component is a bead filler, wherein the tire further comprises an electronic communication module including a radio device having at least a portion of its outer surface surrounded by a second rubber composition, and wherein the dielectric constant is measured in accordance with ASTM method D150 at 915 MHz.
A nasal delivery device for delivering substance to a nasal cavity of a subject, posterior of a nasal valve of the subject, the delivery device comprising: a nosepiece having a longitudinal axis and comprising a tip element which extends axially to the longitudinal axis of the nosepiece and includes a delivery aperture from which substance is in use delivered to the nasal cavity of the subject, wherein a distal end of the tip element is tapered and inclined to the longitudinal axis of the nosepiece from a forwardmost sagittal section of the tip element to a rearwardmost sagittal section of the tip element , whereby the delivery aperture extends both laterally across the tip element and along a longitudinal extent of the tip element , and the tip element has an elongate lateral section which has a longer dimension (d 1 ) in a first, sagittal direction than a second direction orthogonal to the sagittal direction, such that, when the nosepiece is inserted into the nasal cavity of the subject, the longer dimension ( d 1 ) of the tip element acts to engage lower and upper surfaces of the nasal cavity of the subject; a nozzle through which substance is in use delivered to the nasal cavity of the subject; and a delivery unit for delivering substance through the nozzle . a nosepiece having a longitudinal axis and comprising a tip element which extends axially to the longitudinal axis of the nosepiece and includes a delivery aperture from which substance is in use delivered to the nasal cavity of the subject, wherein a distal end of the tip element is tapered and inclined to the longitudinal axis of the nosepiece from a forwardmost sagittal section of the tip element to a rearwardmost sagittal section of the tip element , whereby the delivery aperture extends both laterally across the tip element and along a longitudinal extent of the tip element , and the tip element has an elongate lateral section which has a longer dimension (d 1 ) in a first, sagittal direction than a second direction orthogonal to the sagittal direction, such that, when the nosepiece is inserted into the nasal cavity of the subject, the longer dimension ( d 1 ) of the tip element acts to engage lower and upper surfaces of the nasal cavity of the subject; a nozzle through which substance is in use delivered to the nasal cavity of the subject; and a delivery unit for delivering substance through the nozzle .
An at least partially implantable medical device (IMD) comprising: - at least one unit for recognising electromagnetic interference , at least containing a sensor or indicator for electromagnetic interference fields and at least one timer, - at least one control unit connectable to the unit for recognising electromagnetic interference , - at least one electrode line that is connected to the control unit and that has an electrode at the other end, wherein the control unit is configured to perform a reconstruction of electrical measurements captured by the at least one electrode line for timeframes in which electromagnetic interference is recognised, characterised in that the control unit is configured, depending on the length of the interference, to automatically select a reconstruction method for the reconstruction of the measured data between timeframes without a detected electromagnetic interference. - at least one unit for recognising electromagnetic interference , at least containing a sensor or indicator for electromagnetic interference fields and at least one timer, - at least one control unit connectable to the unit for recognising electromagnetic interference , - at least one electrode line that is connected to the control unit and that has an electrode at the other end, wherein