mhurhangee/ep-ind-claims huggingface dataset:
Muffler for motor vehicles comprising: - an intake pipe of the exhaust gas which separates, at a fork, into a main pipe and a secondary pipe, - a muffler body comprising a separator septum which divides it into an expansion volume and a second portion, wherein the expansion volume houses at least partially the main pipe and the secondary pipe, - wherein the intake pipe of the exhaust gas is in fluid continuous connection with the main pipe through the secondary pipe, and - wherein the main pipe comprises, downstream of the fork, a throttle valve which allows or prevents a further fluidic connection of the intake pipe of exhaust gas with the main pipe, and an output of the exhaust gases, for the expulsion of the gases from the main pipe, wherein the main pipe, at a first portion contained in an expansion volume, comprises a plurality of inlet holes suitable to allow the leakage into it of the exhaust gases expanded in the expansion volume coming from an open end of the secondary pipe contained in the expansion volume, and, at a further portion contained in said second portion, comprises damping holes surrounded by sound absorbent material fitted around the main pipe characterized in that the throttle valve comprises a partition that opens in the opposite direction to the flow of gas coming from the intake pipe, and comprises a stop ledge which realizes an undercut to the direction of the flow of gases, in the closed configuration of the partition. - an intake pipe of the exhaust gas which separates, at a fork, into a main pipe and a secondary pipe, - a muffler body comprising a separator septum which divides it into an expansion volume and a second portion, wherein the expansion volume houses at least partially the main pipe and the secondary pipe, - wherein the intake pipe of the exhaust gas is in fluid continuous connection with the main pipe through the secondary pipe, and - wherein the main pipe comprises, downstream of the fork, a throttle valve which allows or prevents a further fluidic connection of the intake pipe of exhaust gas with the main pipe, and an output of the exhaust gases, for the expulsion of the gases from the main pipe, wherein the main pipe, at a first portion contained in an expansion volume, comprises a plurality of inlet holes suitable to allow the leakage into it of the exhaust gases expanded in the expansion volume coming from an open end of the secondary pipe contained in the expansion volume, and, at a further portion contained in said second portion, comprises damping holes surrounded by sound absorbent material fitted around the main pipe characterized in that the throttle valve comprises a partition that opens in the opposite direction to the flow of gas coming from the intake pipe, and comprises a stop ledge which realizes an undercut to the direction of the flow of gases, in the closed configuration of the partition.
A mirror furniture door comprising two mirrors (1,2) connected by bonding the back surfaces of both mirrors (1,2) dusted with a layer of metal and covered by protective varnish, by means of a connecting EVA (ethylene-vinyl acetate) film layer, so that the door leaf on both sides comprises the mirrors (1,2), wherein both said mirrors are bonded together by means of said EVA film layer separating them, wherein each of the mirrors (1,2) comprises light permeable zones, without the protective varnish and dusted metal, where the light permeable zones in both mirrors (1,2) put together overlap one another, so that in the mirrors (1,2) bonded together light can pass through the light permeable zones, characterised in that, at least one light permeable zone, without the protective varnish and the metal layer of at least one mirror (1,2), comprises an additional EVA film sheet.
A bookbinding machine comprising one or more clamps (210a-210c) of fluid dynamic type for transporting book blocks, a fluid dynamic system for supplying a pressurized fluid, corresponding closing transfer ducts (255a-255c) for transferring the pressurized fluid to the clamps (210a-210c) thereby acting thereon for closing, a rotary joint for distributing the pressurized fluid from the fluid dynamic system to each of the closing transfer ducts (255a-255c), a transport system for transporting the clamps (210a-210c) around the rotary joint, wherein corresponding maintaining devices (545a-545c) are arranged along the closing transfer ducts (255a-255c) for maintaining the fluid under pressure in corresponding downstream portions of the closing transfer ducts (255a-255c), each being downstream of the corresponding maintaining device (545a-545c) along a transfer direction of the pressurized fluid from the rotary joint to the corresponding clamp (210a-210c), and a control system configured for closing each of the clamps (210a-210c) by controlling the fluid dynamic system to supply the pressurized fluid to the corresponding closing transfer duct (255a-255c) for a pressurization time of the downstream portion of the closing transfer duct (255a-255c) and to interrupt said supplying the pressurized fluid to the closing transfer duct (255a-255c) after the pressurization time.
A method of estimating a quantity of mobile terminals per quality of service class identifier that have buffered data for transmission to a base station, the method comprising receiving buffer status reports from one or more mobile terminals served by the base station, calculating an estimated quantity of active mobile terminals for a quality of service class identifier based on the received buffer status reports, characterised in that the calculating is further based on semi-persistent scheduling grants associated with mobile terminals served by the base station, wherein the calculations are further based on considering each data radio bearer that is not assigned to a logical channel group to be active if the last received data for that data radio bearer had no padding.
A pharmaceutical composition containing, as active ingredients, polysorbate and an antibiotic selected from clarithromycin, metronidazole and a mixture of the same, wherein the weight ratio of polysorbate to antibiotic or mixture of antibiotics is from 1:5 to 4:1, for use in the treatment of infection from Helicobacter pylori, with the proviso that a composition containing 10 g of clarithromycin, 2 g of polysorbate 80 in 10 g of water for injections is excluded.
A method of forming an elongated composite structural member, the method comprising: laying up a plurality of plies of composite material onto an elongated mandrel (106, 206, 306, 706) having a surface exhibiting a desired geometry; and maintaining the plurality of plies in a substantially uncured state while substantially simultaneously pressing and forming a portion of the plurality of plies over the mandrel to at least partially conform the plurality of plies to the geometry of the mandrel including sequentially passing a plurality of rollers (116, 216, 342, 406, 606, 728) over the mandrel and the plurality of plies along the elongated extent of the mandrel, at least one roller of the plurality of rollers being at least partially complementary in shape with the mandrel, each roller configured to engage a specific portion of the mandrel that has the surface exhibiting the desired geometry to form the plurality of plies. laying up a plurality of plies of composite material onto an elongated mandrel (106, 206, 306, 706) having a surface exhibiting a desired geometry; and maintaining the plurality of plies in a substantially uncured state while substantially simultaneously pressing and forming a portion of the plurality of plies over the mandrel to at least partially conform the plurality of plies to the geometry of the mandrel including sequentially passing a plurality of rollers (116, 216, 342, 406, 606, 728) over the mandrel and the plurality of plies along the elongated extent of the mandrel, at least one roller of the plurality of rollers being at least partially complementary in shape with the mandrel, each roller configured to engage a specific portion of the mandrel that has the surface exhibiting the desired geometry to form the plurality of plies.
Method for determining a capacitance value (C E ') of an earthing capacitor (C E) of an unearthed power supply, in which method, in order to monitor an insulating resistor (R E) of the power supply, a periodic voltage having a variable period duration which is dependent on the earthing capacitor (C E) is superimposed onto the power supply with the aid of an insulation monitoring device, characterised in that a measurement capacitor (C M) having a known capacitance value (C M ') is electrically connected to the power supply and the capacitance value (C E ') of the earthing capacitor (C E) is determined on the basis of a change in the period duration, which occurs as a result of the connection of the measurement capacitor (C M), or a variable (~T) over time which is proportional thereto.
A system comprising: a guidewire; a type-1 catheter having a guidewire lumen, a type-1 proximal end, and a tailpiece, wherein the tailpiece comprises: a tailpiece proximal end connecting the tail- piece to a distal end of the type-1 proximal end; a tailpiece distal end; a protrusion extending radially outward from the tailpiece distal end; a push region opposite the protrusion, wherein the push region comprises a balloon pocket and the tailpiece distal end has a relaxed configuration responsive to outwardly acting force to move to an activated configuration, and a type-2 catheter having: a body; an angioplasty balloon disposed on the distal end of the body; and a guidewire lumen associated with the body, wherein the push region has a shape that is complementary to the angioplasty balloon. a guidewire; a type-1 catheter having a guidewire lumen, a type-1 proximal end, and a tailpiece, wherein the tailpiece comprises: a tailpiece proximal end connecting the tail- piece to a distal end of the type-1 proximal end; a tailpiece distal end; a protrusion extending radially outward from the tailpiece distal end; a push region opposite the protrusion, a tailpiece proximal end connecting the tail- piece to a distal end of the type-1 proximal end; a tailpiece distal end; a protrusion extending radially outward from the tailpiece distal end; a push region opposite the protrusion, wherein the push region comprises a balloon pocket and the tailpiece distal end has a relaxed configuration responsive to outwardly acting force to move to an activated configuration, and a type-2 catheter having: a body; an angioplasty balloon disposed on the distal end of the body; and a guidewire lumen associated with the body, wherein the push region has a shape that is complementary to the angioplasty balloon. a body; an angioplasty balloon disposed on the distal end of the body; and a guidewire lumen associated with the body, wherein the push region has a shape that is complementary to the angioplasty balloon.
A container builder for building a container image, the container image being for providing an individualized network service based on sensitive data in a database, the container builder comprising: - a data interface configured for accessing the database, the database being configured as a private database of the container builder, - a communication interface configured for digital communication with a cloud service provider, - a processor configured to: - retrieve the sensitive data from the database using the data interface, - build the container image, the container image comprising the sensitive data, - provide the container image for deployment to the cloud service provider using the communication interface, the container image comprising instructions that, when deployed as a container, cause the container to provide the individualized network service based on the sensitive data comprised in the container image. - a data interface configured for accessing the database, the database being configured as a private database of the container builder, - a communication interface configured for digital communication with a cloud service provider, - a processor configured to: - retrieve the sensitive data from the database using the data interface, - build the container image, the container image comprising the sensitive data, - provide the container image for deployment to the cloud service provider using the communication interface, the container image comprising instructions that, when deployed as a container, cause the container to provide the individualized network service based on the sensitive data comprised in the container image. - retrieve the sensitive data from the database using the data interface, - build the container image, the container image comprising the sensitive data, - provide the container image for deployment to the cloud service provider using the communication interface, the container image comprising instructions that, when deployed as a container, cause the container to provide the individualized network service based on the sensitive data comprised in the container image.
A non-transitory computer readable storage medium storing computer executable instructions that, when executed by a client device, cause the client device to perform the following steps: sending, by the client device, a first Internet Protocol version 6, IPv6, message comprising an IP header having an IP source address and an IP destination address, a destination options extension header, DOEH, having a client identifier and a server identifier, and an IP payload, and wherein the IP destination address of the first IPv6 message indicates a network service, the server identifier comprises an unresolved value which does not resolve to a particular server, and the client identifier indicates the client device; receiving, by the client device, a second IPv6 message, wherein a DOEH of the second IPv6 message comprises a client identifier (511 indicating the client device and a server identifier indicating a server (631 - 33) assigned, by a load balancer, to provide the network service to the client device; and maintaining, by the client device and after receiving the second IPv6 message, a session with the server, wherein in each IPv6 message sent by the client device during the session, an IP destination address of that IPv6 message indicates the server assigned to provide the network service, a client identifier of a DOEH of that IPv6 message indicates the client device, and a server identifier of the DOEH of that IPv6 message indicates the server (631 - 33) assigned to provide the network service. sending, by the client device, a first Internet Protocol version 6, IPv6, message comprising an IP header having an IP source address and an IP destination address, a destination options extension header, DOEH, having a client identifier and a server identifier, and an IP payload, and wherein the IP destination address of the first IPv6 message indicates a network service, the server identifier comprises an unresolved value which does not resolve to a particular server, and the client identifier indicates the client device; receiving, by the client device, a second IPv6 message, wherein a DOEH of the second IPv6 message comprises a client identifier (511 indicating the client device and a server identifier indicating a server (631 - 33) assigned, by a load balancer, to provide the network service to the client device; and maintaining, by the client device and after receiving the second IPv6 message, a session with the server, wherein in each IPv6 message sent by the client device during the session, an IP destination address of that IPv6 message indicates the server assigned to provide the network service, a client identifier of a DOEH of that IPv6 message indicates the client device, and a server identifier of the DOEH of that IPv6 message indicates the server (631 - 33) assigned to provide the network service.
A method for manufacturing a grid made of composite material for straightening an air flow for an aircraft turbomachine, this method comprising the following steps: a) positioning, in a thermocompression device, spars extending longitudinally in a first direction, said spars being made of a first material comprising fibres extending parallel to the first direction, these spars comprising lateral faces comprising recesses; b) positioning, in the thermocompression device, between the lateral faces of the spars, connecting elements, made of a second thermo-compressible material; and, c) subjecting, by the thermocompression device, the spars and the connecting elements to a determined temperature and a determined pressure, adapted to cause a portion of the connecting elements to penetrate said recesses so as to ensure a mechanical anchoring of the connecting elements in said recesses of the spars. a) positioning, in a thermocompression device, spars extending longitudinally in a first direction, said spars being made of a first material comprising fibres extending parallel to the first direction, these spars comprising lateral faces comprising recesses; b) positioning, in the thermocompression device, between the lateral faces of the spars, connecting elements, made of a second thermo-compressible material; and, c) subjecting, by the thermocompression device, the spars and the connecting elements to a determined temperature and a determined pressure, adapted to cause a portion of the connecting elements to penetrate said recesses so as to ensure a mechanical anchoring of the connecting elements in said recesses of the spars.
A novel three stage degassing process for the removal of dissolved CO 2 from biomethanated spentwash which also contains active mycelium comprising: a. Preheating the biomethanated spent wash in heat exchangers from 50 to 60 °C; b. Feeding products of (a) to a low temperature zone (DC 301) of a column at a temperature of 56 to 62°C and a pressure of 0.15 to 0.31 Bar; c. Feeding products of (b) to a high temperature zone (DC 302) of the column at a temperature of 68 to 85°C and a pressure of 0.33 to 0.56 Bar; wherein the degassing is in two stages in one column; and wherein the spent wash partly degasified in two stages is further flashed at a temperature of 92 to 98°C in a vessel (CIP-T) with nozzles to generate a high surface area spray of the spent wash with a jet flow for complete removal of dissolved gases from biomethanated spent wash. a. Preheating the biomethanated spent wash in heat exchangers from 50 to 60 °C; b. Feeding products of (a) to a low temperature zone (DC 301) of a column at a temperature of 56 to 62°C and a pressure of 0.15 to 0.31 Bar; c. Feeding products of (b) to a high temperature zone (DC 302) of the column at a temperature of 68 to 85°C and a pressure of 0.33 to 0.56 Bar; wherein the degassing is in two stages in one column; and wherein the spent wash partly degasified in two stages is further flashed at a temperature of 92 to 98°C in a vessel (CIP-T) with nozzles to generate a high surface area spray of the spent wash with a jet flow for complete removal of dissolved gases from biomethanated spent wash.
An implant (10, 110) sized and adapted for insertion into an intervertebral space between adjacent vertebral bodies comprising: a non-resorbable, structural framework having top and bottom bone-contacting surfaces and a plurality of struts defining geometric openings between the top and bottom bone-contacting surfaces, the struts providing structural support for the framework; and a resorbable material component embedded within and/or around the framework for resorption and formation of new bone to fuse the vertebral bodies together; characterized in that the resorbable material component is embedded within the struts and has top and bottom bone-contacting surfaces, the top and bottom bone-contacting surfaces of the resorbable material component being arranged to contact the vertebral endplates over a contact surface area such that the resorbable material component acts to distribute some contact loads between the implant and the vertebral bodies across an extent of the implant to reduce peak stresses between the framework and the vertebral bodies, thereby reducing or eliminating subsidence of the framework into the vertebral bodies; and in that the implant (10, 110) further comprises a bone anchor having a bladed portion and a keyed interconnection portion, and the framework (20, 120) includes at least one keyed opening sized and shaped to receive the keyed interconnection portion. a non-resorbable, structural framework having top and bottom bone-contacting surfaces and a plurality of struts defining geometric openings between the top and bottom bone-contacting surfaces, the struts providing structural support for the framework; and a resorbable material component embedded within and/or around the framework for resorption and formation of new bone to fuse the vertebral bodies together; characterized in that the resorbable material component is embedded within the struts and has top and bottom bone-contacting surfaces, the top and bottom bone-contacting surfaces of the resorbable material component being arranged to contact the vertebral endplates over a contact surface area such that the resorbable material component acts to distribute some contact loads between the implant and the vertebral bodies across an extent of the implant to reduce peak stresses between the framework and the vertebral bodies, thereby reducing or eliminating subsidence of the framework into the vertebral bodies; and in that the implant (10, 110) further comprises a bone anchor having a bladed portion and a keyed interconnection portion, and the framework (20, 120) includes at least one keyed opening sized and shaped to receive the keyed interconnection portion.
A method for performing channel access at a station, STA, which does not belong to a multiuser, MU, group in a wireless communication system, the method comprising: receiving a resource assignment frame including one or more slot assignment fields and one group indicator field indicating whether or not the one or more slot assignment fields include at least one MU group slot assignment field for the MU group; and checking the group indicator field included in the resource assignment frame, wherein, if the group indicator field indicates that the at least one MU group slot assignment field is present in the resource assignment field, an initial bit of the at least one MU group slot assignment field is set to an end of MU group, EOM, indicator, and the STA determines, by using the EOM indicator, a slot assignment field including a partial association identifier, PAID, subfield to be used for a comparison with a PAID of the STA. receiving a resource assignment frame including one or more slot assignment fields and one group indicator field indicating whether or not the one or more slot assignment fields include at least one MU group slot assignment field for the MU group; and checking the group indicator field included in the resource assignment frame, wherein, if the group indicator field indicates that the at least one MU group slot assignment field is present in the resource assignment field, an initial bit of the at least one MU group slot assignment field is set to an end of MU group, EOM, indicator, and the STA determines, by using the EOM indicator, a slot assignment field including a partial association identifier, PAID, subfield to be used for a comparison with a PAID of the STA.