mhurhangee/patent-ind-claim-en huggingface dataset:
A system for use in a knee arthroplasty comprising: a tibial bearing component having medial and lateral proximal articular surfaces and an opposing distal surface, wherein the tibial bearing component defines at least one recess therein with the recess having an opening at a periphery of the tibial bearing component ; a tibial baseplate configured to receive the tibial bearing component on a proximal surface thereof and having a distal surface configured to be disposed on a resected proximal surface of a tibia; and an insert disposable through the opening and into the recess, the insert configured to engage the tibial baseplate and the tibial bearing component when the insert, the tibial baseplate and the tibial bearing component are assembled together; characterised in that the system further comprises a fastener insertable into the tibial bearing component and configured to retain the insert to the tibial baseplate . a tibial bearing component having medial and lateral proximal articular surfaces and an opposing distal surface, wherein the tibial bearing component defines at least one recess therein with the recess having an opening at a periphery of the tibial bearing component ; a tibial baseplate configured to receive the tibial bearing component on a proximal surface thereof and having a distal surface configured to be disposed on a resected proximal surface of a tibia; and an insert disposable through the opening and into the recess, the insert configured to engage the tibial baseplate and the tibial bearing component when the insert, the tibial baseplate and the tibial bearing component are assembled together; characterised in that the system further comprises a fastener insertable into the tibial bearing component and configured to retain the insert to the tibial baseplate .
Ophthalmosurgical injector having an injector body , a tip by means of which an intraocular lens is able to be pushed out of the injector , a first plunger which is mounted on the injector body so as to be longitudinally displaceable and has a first protrusion , a shaft which is mounted rotatably in the injector body , characterized in that the shaft has a first guide slot and a second guide slot which each wind around the shaft , and a second plunger which is mounted on the injector body so as to be longitudinally displaceable and has a second protrusion , wherein the first protrusion engages in the first guide slot , with the result that the first plunger is configured to bring about a rotation of the shaft about a longitudinal axis of the injector body as a result of a longitudinal displacement of the first plunger , and the second protrusion engages in the second guide slot , with the result that the shaft is configured to bring about a longitudinal displacement of the second plunger as a result of the rotation brought about by means of the first plunger .
Pressure vessel for receiving samples (P) to be heated, the pressure vessel comprising a closable reaction chamber as a pressure chamber for triggering and/or promoting chemical and/or physical pressure reactions, and wherein the pressure vessel comprises an injection opening and a microwave transmitting area between the injection opening (K) and the reaction chamber through which microwaves can be injected into the reaction chamber , the microwave transmitting area comprising a pressure receiving part for supporting the pressure of the reaction chamber against the injection opening (K), and the pressure receiving part comprising a through opening extending between the injection opening (K) and the reaction chamber in the microwave injection direction (R) that is filled with a material different from the material of the pressure receiving part , characterized in that the pressure receiving part forms at least a part of the bottom (B) of the pressure vessel , such that the pressure receiving part has a larger diameter than the injection opening (K) and thus, is supporting the pressure vessel . the microwave transmitting area comprising a pressure receiving part for supporting the pressure of the reaction chamber against the injection opening (K), and the pressure receiving part comprising a through opening extending between the injection opening (K) and the reaction chamber in the microwave injection direction (R) that is filled with a material different from the material of the pressure receiving part , characterized in that the pressure receiving part forms at least a part of the bottom (B) of the pressure vessel , such that the pressure receiving part has a larger diameter than the injection opening (K) and thus, is supporting the pressure vessel .
Flexible piping for capturing the accidental pressurized fluid leaks from a damaged pipeline, which comprises a number n of flexible strips (A), each provided with at least one layer of heat shrinkable materials in which there are incorporated some networks of independent electrical heating resistances, together with some reinforcing inserts, on the lateral sides of two adjacent strips there being mounted some toothed rails (7 and 8) of a fluid tight zipper (B and C), characterized in that said toothed rails (7 and 8) arranged one in the extension of the other on each margin belong to two antagonistic fluid tight zippers (B and C), driven by means of some robotic closing sliders (9 and 10), with electromechanical actuators incorporated, and at both ends of each strip (A) there are mounted some internal magnetic inserts (16 and 17) and some inserts (18 and 19) made up of a shape memory material which generates a transverse curvature of the strips by the application of a command transmitted by means of an electric or thermal impulse.
A heat exchanger with a plurality of heat exchanger plates arranged in a housing , which are connected to at least one supply line and one discharge line for a first fluid, and with at least one inlet and outlet connected to the housing for a second fluid passing with a heat exchange through intermediate spaces between the heat exchanger plates , wherein the supply line and the discharge line are each connected cantilevered at one end to the housing with the heat exchanger plates arranged in between, characterised in that the supply line and the discharge line are each welded in an opening of an end face on the inlet side and outlet side and are constituted in each case as a pipeline closed at the end, wherein the supply line and the discharge line engage with play each with a closure at their ends in an opening of the respectively opposite end face of the housing . wherein the supply line and the discharge line are each connected cantilevered at one end to the housing with the heat exchanger plates arranged in between, characterised in that the supply line and the discharge line are each welded in an opening of an end face on the inlet side and outlet side and are constituted in each case as a pipeline closed at the end, wherein the supply line and the discharge line engage with play each with a closure at their ends in an opening of the respectively opposite end face of the housing .
An orthopaedic fixation assembly adapted to be implanted in a bone of a patient, comprising: a main body adapted for insertion into the bone, the body comprising: a longitudinally extending stem having a proximal end , a distal end , and a cavity body defined between the proximal end and the distal end, a spindle configured to be attached to the proximal end, the spindle comprising: a housing having an annular flange , the annular flange configured to interface with an osteotomy surface of the bone, and an anchor plug configured to be received in the cavity body and securable to the longitudinally extending stem, the anchor plug comprising: a generally cylindrical body having an elongated shaft extending downwardly therefrom, the cylindrical body comprising; a top portion ; a bottom portion ; and a peripheral side wall having a plurality of secondary apertures defined therethrough, characterized in that the cavity body comprises at least one aperture configured to receive at least one transverse fixation pin therethrough, wherein at least one aperture comprises an elongated slot, and in that the plurality of secondary apertures are configured to align with the at least one aperture of the cavity body. a main body adapted for insertion into the bone, the body comprising: a longitudinally extending stem having a proximal end , a distal end , and a cavity body defined between the proximal end and the distal end, a spindle configured to be attached to the proximal end, the spindle comprising: a housing having an annular flange , the annular flange configured to interface with an osteotomy surface of the bone, and an anchor plug configured to be received in the cavity body and securable to the longitudinally extending stem, the anchor plug comprising: a generally cylindrical body having an elongated shaft extending downwardly therefrom, the cylindrical body comprising; a top portion ; a bottom portion ; and a peripheral side wall having a plurality of secondary apertures defined therethrough, a longitudinally extending stem having a proximal end , a distal end , and a cavity body defined between the proximal end and the distal end, a spindle configured to be attached to the proximal end, the spindle comprising: a housing having an annular flange , the annular flange configured to interface with an osteotomy surface of the bone, and an anchor plug configured to be received in the cavity body and securable to the longitudinally extending stem, the anchor plug comprising: a generally cylindrical body having an elongated shaft extending downwardly therefrom, the cylindrical body comprising; a top portion ; a bottom portion ; and a peripheral side wall having a plurality of secondary apertures defined therethrough, a top portion ; a bottom portion ; and a peripheral side wall having a plurality of secondary apertures defined therethrough, the cavity body comprises at least one aperture configured to receive at least one transverse fixation pin therethrough, wherein at least one aperture comprises an elongated slot, and in that the plurality of secondary apertures are configured to align with the at least one aperture of the cavity body.
An adaptive tuna canning system, comprising: a tuna canning machine comprising a control unit in charge of controlling the machine during the tuna canning process of a production; and an optimization unit comprising a data processing unit configured to: collect a production data history formed by a plurality of past production data captured by at least one training tuna canning machine during the tuna canning process in different past productions; receive input parameters from a new production of the tuna canning machine ; establish a target function for the new production of the tuna canning machine ; and calculate, from the historical production data , optimal operating parameters of the tuna canning machine for the new production by optimizing the target function ; and wherein the tuna canning machine is configured to execute the canning of tuna in the new production based on the optimal operating parameters . a tuna canning machine comprising a control unit in charge of controlling the machine during the tuna canning process of a production; and an optimization unit comprising a data processing unit configured to: collect a production data history formed by a plurality of past production data captured by at least one training tuna canning machine during the tuna canning process in different past productions; receive input parameters from a new production of the tuna canning machine ; establish a target function for the new production of the tuna canning machine ; and calculate, from the historical production data , optimal operating parameters of the tuna canning machine for the new production by optimizing the target function ; collect a production data history formed by a plurality of past production data captured by at least one training tuna canning machine during the tuna canning process in different past productions; receive input parameters from a new production of the tuna canning machine ; establish a target function for the new production of the tuna canning machine ; and calculate, from the historical production data , optimal operating parameters of the tuna canning machine for the new production by optimizing the target function ; and wherein the tuna canning machine is configured to execute the canning of tuna in the new production based on the optimal operating parameters .
A second release assembly for use in a delivery system, the second release assembly being disposed at a proximal end of the delivery system, wherein the second release assembly comprises, sequentially from a proximal end to a distal end, a proximal fixing part , a restrain part and a control guidewire , a proximal end of the restrain part being detachably connected to the proximal fixing part , a distal end of the restrain part coupled to the control guidewire ; the restrain part comprises a section (3b, 3b', 3b") defining a bore allowing an inner tube of the delivery system to pass therethrough; the restrain part further comprises a plurality of rods (3a, 3a', 3a") which are circumferentially distributed; the section (3b, 3b', 3b") is connected to or integrally formed with the plurality of rods (3a, 3a', 3a"); characterized in that the section (3b, 3b', 3b") has two additional holes formed therein and the two additional holes are configured for two strands of the control guidewire to extend therethrough.
A method for determining in vitro bioequivalence of a sucralfate suspension sample to a sucralfate suspension reference listed drug (RLD) comprising: a. contacting the sucralfate suspension sample with a bile acid, bile salt and/or a conjugated bile acid or a combination thereof, so as to permit sucralfate-bile interaction, quantifying the interaction so as to obtain quantified values of the interaction and comparing said values to reference values for the sucralfate suspension RLD; and b. contacting the sucralfate suspension sample with a cell culture system comprising mammalian gastrointestinal epithelial cells in the presence of a Non-Steroidal Anti-Inflammatory Drug (NSAID) or a nonselective inhibitor of cyclooxygenase (COX) 1 and 2 so as to inhibit cell damage induced by the NSAID or nonselective inhibitor of COX 1 and 2 in the cell culture system, quantifying the cell damage which is loss of cell monolayer's transepithelial electrical resistance (TEER) so as to obtain quantified value(s) for the sucralfate suspension sample and comparing the said value(s) to reference values for the sucralfate suspension RLD; wherein the reference values for the sucralfate suspension RLD in step (a) are derived from a set of values obtained from quantifying the sucralfate-bile interaction for 2 or more lots of the sucralfate suspension RLD; wherein sucralfate-bile interaction is interaction between sucralfate and bile acid, bile salt and/or conjugated bile acid or a combination thereof; wherein the reference values for the sucralfate suspension RLD in (b) are derived from a set of values obtained from quantifying the reduction in cell damage for 2 or more lots of the sucralfate suspension RLD; and wherein the sucralfate suspension sample is to have said in vitro bioequivalence to a sucralfate suspension RLD when the values determined in (a) and (b) for the sucralfate suspension sample are within the reference values in (a) and (b) for the sucralfate suspension RLD, respectively. a. contacting the sucralfate suspension sample with a bile acid, bile salt and/or a conjugated bile acid or a combination thereof, so as to permit sucralfate-bile interaction, quantifying the interaction so as to obtain quantified values of the interaction and comparing said values to reference values for the sucralfate suspension RLD; and b. contacting the sucralfate suspension sample with a cell culture system comprising mammalian gastrointestinal epithelial cells in the presence of a Non-Steroidal Anti-Inflammatory Drug (NSAID) or a nonselective inhibitor of cyclooxygenase (COX) 1 and 2 so as to inhibit cell damage induced by the NSAID or nonselective inhibitor of COX 1 and 2 in the cell culture system, quantifying the cell damage which is loss of cell monolayer's transepithelial electrical resistance (TEER) so as to obtain quantified value(s) for the sucralfate suspension sample and comparing the said value(s) to reference values for the sucralfate suspension RLD;
A signal processing method comprising: estimating a voice masking threshold by analysing a transmitted voice signal transformed to a frequency domain based on a psychoacoustic principle; determining a class for each band of the voice signal by classifying the voice signal to a donation band and a residual band based on a frequency band, the donation band set to at least one band from the lowest band, and classifying the residual band into an active band or an inactive band by comparing an energy of the voice signal and the voice masking threshold; extracting a noise signal by analysing a signal received from a microphone; estimating a noise masking threshold by analysing the noise signal based on a psychoacoustic principle; determining a class for each band of the noise signal by classifying the noise signal into an active band or an inactive band by comparing an energy of the noise signal and the noise masking threshold; generating guide information for enhancement of intelligibility based on the class for each band of the voice signal and the class for each band of the noise signal; and generating a changed voice spectrum by applying the guide information to a voice spectrum of the transmitted voice signal. estimating a voice masking threshold by analysing a transmitted voice signal transformed to a frequency domain based on a psychoacoustic principle; determining a class for each band of the voice signal by classifying the voice signal to a donation band and a residual band based on a frequency band, the donation band set to at least one band from the lowest band, and classifying the residual band into an active band or an inactive band by comparing an energy of the voice signal and the voice masking threshold; extracting a noise signal by analysing a signal received from a microphone; estimating a noise masking threshold by analysing the noise signal based on a psychoacoustic principle; determining a class for each band of the noise signal by classifying the noise signal into an active band or an inactive band by comparing an energy of the noise signal and the noise masking threshold; generating guide information for enhancement of intelligibility based on the class for each band of the voice signal and the class for each band of the noise signal; and generating a changed voice spectrum by applying the guide information to a voice spectrum of the transmitted voice signal.
A nonwoven web formed at least in part of filaments, fibers or a combination thereof, comprising a pattern of bonded areas at which differing ones of the fibers and/or filaments are bonded together, the pattern of bonded areas having been impressed into the nonwoven web by one or more bonding rollers each having a cylindrical surface bearing a pattern of bonding surfaces, the bonding surfaces of the one or more rollers in combination forming a bonding area having a bonding area percentage from 6 to 14 percent, wherein the bonding area has an average bonding area dispersion distance of no greater than 5 mm.
A method of performing tessellation in a computer graphics system, the method comprising: analysing an initial patch to determine whether to sub-divide the patch ; in response to determining that the initial patch is to be sub-divided, dividing the initial patch into two or more sub-patches ; and selecting and tessellating each sub-patch until there is no further sub-division of that sub-patch, wherein sub-patches are selected for tessellation in an order encoded by one or more stored values , and wherein the order for selection is alternated for each increase or decrease in level of sub-division. analysing an initial patch to determine whether to sub-divide the patch ; in response to determining that the initial patch is to be sub-divided, dividing the initial patch into two or more sub-patches ; and selecting and tessellating each sub-patch until there is no further sub-division of that sub-patch, wherein sub-patches are selected for tessellation in an order encoded by one or more stored values , and wherein the order for selection is alternated for each increase or decrease in level of sub-division.
A method of making a food ingredient, comprising: providing an intimate mixture of (i) smoke source and (ii) flavour source; combusting the intimate mixture to generate smoke; and combining the smoke with a carrier, yielding the food ingredient, wherein the flavour source comprises a lipid. providing an intimate mixture of (i) smoke source and (ii) flavour source; combusting the intimate mixture to generate smoke; and combining the smoke with a carrier, yielding the food ingredient, wherein the flavour source comprises a lipid.
A clip for mounting a furring channel to a support structure, the clip having a body portion attachable relative to the support structure; and two connection portions connected to and extending transversely from the body portion , each of the connection portions has at least two opposed connection positions adapted to connect to the furring channel; characterised in that the clip has two leg portions extending transversely from the body portion away from the connection portions ; and each leg portion has a foot portion , each foot portion extending transversely from respective leg portions , each foot portion extending towards each other in the same plane; wherein in use, when the body portion is attached relative to the support structure, each foot portion is proximal to the support structure and each of the at least one connection portion is distal to the support structure. a body portion attachable relative to the support structure; and two connection portions connected to and extending transversely from the body portion , each of the connection portions has at least two opposed connection positions adapted to connect to the furring channel; characterised in that the clip has two leg portions extending transversely from the body portion away from the connection portions ; and each leg portion has a foot portion , each foot portion extending transversely from respective leg portions , each foot portion extending towards each other in the same plane; wherein in use, when the body portion is attached relative to the support structure, each foot portion is proximal to the support structure and each of the at least one connection portion is distal to the support structure.