mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a thermostructural monolithic fibres/matrix composite part, comprising two skins (11, 12) of composite material which are spaced apart from one another and interconnected by a plurality of thread-like spacers of composite material, said method comprising at least: A/ producing a fibrous preform provided with a sandwich structure comprising an intermediate flexible core and two outer fibrous frames (2, 3) arranged on opposed outer faces of said flexible core and joined by thread portions (8, 9) that pass through said fibrous frames (2, 3), said preform being impregnated with resin; B/ curing said preform and removing said core; and C/ densifying the resulting structure, characterised in that, in step B/, pre-densification is carried out by gas-phase infiltration so as to pre-densify said preform and thus said thread through-portions (8, 9) intended for forming said spacers, said thread through-portions (8, 9) being provided with a carbon layer by means of this pre-densification, and in that, in step C/, said structure is densified by liquid-phase infiltration. A/ producing a fibrous preform provided with a sandwich structure comprising an intermediate flexible core and two outer fibrous frames (2, 3) arranged on opposed outer faces of said flexible core and joined by thread portions (8, 9) that pass through said fibrous frames (2, 3), said preform being impregnated with resin; B/ curing said preform and removing said core; and C/ densifying the resulting structure, characterised in that, in step B/, pre-densification is carried out by gas-phase infiltration so as to pre-densify said preform and thus said thread through-portions (8, 9) intended for forming said spacers, said thread through-portions (8, 9) being provided with a carbon layer by means of this pre-densification, and in that, in step C/, said structure is densified by liquid-phase infiltration.
Method for production control in stretch blow molding of plastic containers in a blow molding machine, comprising the steps of a) infeeding at least one test preform, in particular printed in a regular and/or equidistant manner, with a test pattern, into a stream of product preforms entering said blowing molding machine; b) blowing said product preforms and said test preform during the continuous operation of said blow molding machine to form product containers and to form a test container; and c) imaging said test pattern on said test container with at least one camera (8, 9), the method being characterized in that the test pattern is printed. a) infeeding at least one test preform, in particular printed in a regular and/or equidistant manner, with a test pattern, into a stream of product preforms entering said blowing molding machine; b) blowing said product preforms and said test preform during the continuous operation of said blow molding machine to form product containers and to form a test container; and c) imaging said test pattern on said test container with at least one camera (8, 9), the method being characterized in that the test pattern is printed.
A remote control system comprising: a server; and an information terminal apparatus that can be connected via a local area network to a cellular phone terminal that can be connected to the server via a cellular phone communication network, wherein the server is configured to receive a request to remotely control the information terminal apparatus, to authenticate the validity of the request, and, when the request is valid, to connect to the cellular phone terminal via the cellular phone communication network by using a phone number of the cellular phone terminal, and to transmit a start-up instruction packet to the cellular phone terminal using the connection via the cellular phone communication network, wherein the information terminal apparatus is configured to receive the start-up instruction packet from the cellular phone terminal via the local area network, and wherein, upon receiving the start-up instruction packet transmitted from the server, the information terminal apparatus is configured to start up and to establish a connection to the server. a server; and an information terminal apparatus that can be connected via a local area network to a cellular phone terminal that can be connected to the server via a cellular phone communication network, wherein the server is configured to receive a request to remotely control the information terminal apparatus, to authenticate the validity of the request, and, when the request is valid, to connect to the cellular phone terminal via the cellular phone communication network by using a phone number of the cellular phone terminal, and to transmit a start-up instruction packet to the cellular phone terminal using the connection via the cellular phone communication network, to receive a request to remotely control the information terminal apparatus, to authenticate the validity of the request, and, when the request is valid, to connect to the cellular phone terminal via the cellular phone communication network by using a phone number of the cellular phone terminal, and to transmit a start-up instruction packet to the cellular phone terminal using the connection via the cellular phone communication network, wherein the information terminal apparatus is configured to receive the start-up instruction packet from the cellular phone terminal via the local area network, and wherein, upon receiving the start-up instruction packet transmitted from the server, the information terminal apparatus is configured to start up and to establish a connection to the server.
A method of stacking objects, comprising the steps of: - receiving a first object on a plurality of forks, of a table which is coupled to a gantry, wherein at least one of the plurality of forks includes a rotating belt; - moving said plurality of forks to a stacking location above a second object; - moving the first object laterally past a lateral location of a backstop towards said stacking location, by rotating said belt with respect to said plurality of forks, said first object being conveyed in the direction of rotation of said belt and the backstop being vertically offset above the forks so as to allow lateral movement of the first object towards said stacking location; - moving vertically the backstop that defines a plurality of voids to a position interdigitated with the plurality of forks and adjacent to the first object so as to prevent lateral movement of the first object away from the stacking location and so as to make contact with the previously stacked second object; - retracting the forks so that the first object is moved off the plurality of forks and into the stacking location by being held laterally in place by the backstop; - moving a squaring element towards the backstop to press opposing sides of the stack including said first and second objects (300, 305) so as to square the stack of objects in the stacking location while concurrently receiving another object to be stacked on said plurality of forks. - receiving a first object on a plurality of forks, of a table which is coupled to a gantry, wherein at least one of the plurality of forks includes a rotating belt; - moving said plurality of forks to a stacking location above a second object; - moving the first object laterally past a lateral location of a backstop towards said stacking location, by rotating said belt with respect to said plurality of forks, said first object being conveyed in the direction of rotation of said belt and the backstop being vertically offset above the forks so as to allow lateral movement of the first object towards said stacking location; - moving vertically the backstop that defines a plurality of voids to a position interdigitated with the plurality of forks and adjacent to the first object so as to prevent lateral movement of the first object away from the stacking location and so as to make contact with the previously stacked second object; - retracting the forks so that the first object is moved off the plurality of forks and into the stacking location by being held laterally in place by the backstop; - moving a squaring element towards the backstop to press opposing sides of the stack including said first and second objects (300, 305) so as to square the stack of objects in the stacking location while concurrently receiving another object to be stacked on said plurality of forks.
A developing apparatus for developing a latent image formed on an image bearing member with a developer, said apparatus comprising: a first developer carrying member for carrying and feeding the developer by rotation thereof about a rotation axis which is at a fixed position; a second developer carrying member for carrying and feeding the developer by rotation thereof, said second developer carrying member having a rotation axis which is swingable relative to said first developer carrying member; a driving source for applying a driving force; a first pulley provided on the rotation axis of said first developer carrying member; a second pulley provided on the rotation axis of said second developer carrying member; and a driving belt for transmitting the driving force from said first pulley to said second pulley; characterized in that a diameter of said second pulley is larger than a diameter of said first pulley. a first developer carrying member for carrying and feeding the developer by rotation thereof about a rotation axis which is at a fixed position; a second developer carrying member for carrying and feeding the developer by rotation thereof, said second developer carrying member having a rotation axis which is swingable relative to said first developer carrying member; a driving source for applying a driving force; a first pulley provided on the rotation axis of said first developer carrying member; a second pulley provided on the rotation axis of said second developer carrying member; and a driving belt for transmitting the driving force from said first pulley to said second pulley; characterized in that a diameter of said second pulley is larger than a diameter of said first pulley.
A filter for a smoking article, the filter comprising: at least one plug of filter material surrounded by a plug wrap, wherein the plug of filter material comprises at least two segments (5, 6) being longitudinally aligned and rotatably mounted about a common longitudinal axis, at least one of the segments comprising at least one perforation formed in the plug wrap to allow air intake into the filter in use; a tipping paper surrounding the plug wrap, said tipping paper comprising a first part attached to a first of the two segments of the filter plug and a second part attached to the second segment of the plug wrap and comprising at least one aperture formed therein, the tipping paper parts (10, 11) and filter plug segments (5, 6) being arranged such that the respective aperture and perforation of the tipping paper and the filter plug can be superimposed upon rotation of one of the filter plug segments about its longitudinal axis to vary the filter ventilation; and at least one frangible capsule in the plug of filter material, said capsule containing a substance for altering the characteristics of an air stream passing through the filter in use, wherein the at least one frangible capsule and the perforation and aperture in the filter plug and tipping paper are offset from each other longitudinally in the filter; wherein, in use, the characteristics of the smoke may be altered additionally to the filter ventilation by breaking the frangible capsule. at least one plug of filter material surrounded by a plug wrap, wherein the plug of filter material comprises at least two segments (5, 6) being longitudinally aligned and rotatably mounted about a common longitudinal axis, at least one of the segments comprising at least one perforation formed in the plug wrap to allow air intake into the filter in use; a tipping paper surrounding the plug wrap, said tipping paper comprising a first part attached to a first of the two segments of the filter plug and a second part attached to the second segment of the plug wrap and comprising at least one aperture formed therein, the tipping paper parts (10, 11) and filter plug segments (5, 6) being arranged such that the respective aperture and perforation of the tipping paper and the filter plug can be superimposed upon rotation of one of the filter plug segments about its longitudinal axis to vary the filter ventilation; and at least one frangible capsule in the plug of filter material, said capsule containing a substance for altering the characteristics of an air stream passing through the filter in use, wherein the at least one frangible capsule and the perforation and aperture in the filter plug and tipping paper are offset from each other longitudinally in the filter; wherein, in use, the characteristics of the smoke may be altered additionally to the filter ventilation by breaking the frangible capsule.
A disinfection system for a water system of a dental care unit, the disinfection system comprising: - a vessel for receiving and holding liquids for the water system of the dental care unit; - a vessel holder for supporting the vessel inside the dental care unit; and - disinfectant container for storing disinfectant and a disinfectant supply line for supplying disinfectant from the disinfectant container into the vessel via a fluid duct; characterized in that the system comprises a weighing device for determining weight of any liquids in the vessel and a control unit, which is configured to calculate the needed amount of disinfectant for achieving a pre-determined concentration of the disinfectant and the water in the vessel by calculating the needed amount of disinfectant based on the measurement data of the weighing device. - a vessel for receiving and holding liquids for the water system of the dental care unit; - a vessel holder for supporting the vessel inside the dental care unit; and - disinfectant container for storing disinfectant and a disinfectant supply line for supplying disinfectant from the disinfectant container into the vessel via a fluid duct;
A method for establishing a communication between a plurality of communication devices and a communication network using a subscription of a first communication device, the method performed at the first communication device comprising: receiving, from a second communication device which belongs to the plurality of communication devices, a request message including a device identifier of the second communication device to obtain a subscription identity of the subscription and capability of a universal subscriber identity module, USIM, wherein the capability of the USIM indicates whether the USIM supports a share of the subscription for simultaneous access of the plurality of communication devices to the communication network; transmitting the request message including the device identifier to obtain the subscription identity and the capability of the USIM to the USIM; receiving, from the USIM, a response including the subscription identity and the capability of the USIM, wherein the response indicates that the simultaneous access of the plurality of communication devices to the communication network is supported using the shared subscription supported by the USIM; generating a unique key for the second communication device based on the response received from the USIM; and transmitting the response along with the generated unique key to the second communication device, wherein the response and the generated unique key are used to establish communication between the second communication device and the communication network using the subscription of the first communication device. receiving, from a second communication device which belongs to the plurality of communication devices, a request message including a device identifier of the second communication device to obtain a subscription identity of the subscription and capability of a universal subscriber identity module, USIM, wherein the capability of the USIM indicates whether the USIM supports a share of the subscription for simultaneous access of the plurality of communication devices to the communication network; transmitting the request message including the device identifier to obtain the subscription identity and the capability of the USIM to the USIM; receiving, from the USIM, a response including the subscription identity and the capability of the USIM, wherein the response indicates that the simultaneous access of the plurality of communication devices to the communication network is supported using the shared subscription supported by the USIM; generating a unique key for the second communication device based on the response received from the USIM; and transmitting the response along with the generated unique key to the second communication device, wherein the response and the generated unique key are used to establish communication between the second communication device and the communication network using the subscription of the first communication device.
A cooling device using a phase-change heat-transfer fluid for medium-voltage apparatus, comprising: • at least one heat pipe (12, 42A, 42B); the device being characterized in that the at least one heat pipe (12, 42A, 42B) penetrates in part into the apparatus and is electrically insulated in this embedded portion by means of a sleeve that is both electrically insulating and a good conductor of heat. • at least one heat pipe (12, 42A, 42B);
Pumping device, in particular for pumping water, having at least one first cylinder and one second cylinder, in each of which a piston with a piston rod connected thereto is displaceably guided, each of the cylinders (2A, 2B) having a front end and a rear end, wherein the piston rods each emerge from the cylinders (2A, 2B) at the rear end and are coupled to one another in such a way that a displacement of the piston of one of the cylinders (2A, 2B) towards the rear end of this cylinder (2A, 2B) causes a displacement of the piston of the other cylinder (2B, 2A) towards its front end and vice versa, and wherein at least one line connection leads into each of the cylinders (2A, 2B) in the region of the rear end, characterized in that a working fluid, to which heat can be supplied via a heating device in the region of the front end, is accommodated in the cylinders (2A, 2B) in each case between the piston and the front end, and in that the supply of heat is controlled by a control device in such a way that the supply of heat to the working fluid of one cylinder (2A, 2B) is interrupted while heat is supplied to the working fluid of the other cylinder (2B, 2A), and vice versa.
A device for filtering a plastic melt, having a housing, which has at least one inlet conduit and at least one outlet conduit for the plastic melt; the at least one inlet conduit is separated from the at least one outlet conduit by at least one filter cavity for accommodating at least one filter bolt in an axially sliding fashion; the at least one filter bolt has at least one filter base body with a filter surface that has filter openings passing through the filter base body, through which the plastic melt passes on its way to a filter cavity in the filter base body; and the filter cavity is fluidically connected to the at least one outlet conduit, characterized in that the filter surface of the filter base body is encompassed by a flexible, elastic filter screen so that this filter screen can be clamped to the filter base body there.
A lighting unit for a headlight, in particular for a headlight for a motor vehicle, wherein the lighting unit at least comprises: *) a first light source group, which first light source group comprises at least one light source (11,12,13,14), *) a second light source group, which second light source group comprises at least one, preferably exactly one, light source, wherein the first light source group is configured to generate a first light function, and wherein the second light source group is configured to generate a second light function, which is different from the first light function, and wherein each light source (11, 12, 13, 14) of the first light source group couples light into an optics element (111, 112, 113, 114) associated with the respective light source (11, 12, 13,14), and wherein each light source of the second light source group couples light into an optics element associated with the respective light source, and wherein a secondary optics, in particular in the form of a diffusing optics, is arranged downstream of the optics elements (111, 112, 113, 114, 121), through which secondary optics the light exiting from the optics elements (111, 112, 113, 114, 121) passes and is irradiated into a region in front of the lighting unit, and wherein the least two groups (10, 20) of light sources (11, 12, 13, 14, 21) can be controlled separately, and wherein the first light source group is configured to generate a flashing light function, and the second light source group is configured to generate a daytime running light function, a position light function, or a combined daytime running light function-position light function, characterised in that the one or more optics elements (111,112,113,114) of the first light source group, in terms of its/ their horizontal and/ or vertical, in particular in terms of its/ their horizontal and vertical irradiation behaviour in the region of a casing of the optics element (111, 112, 113, 114), is/are formed as combined wide and criss-cross emitters, and that the one or more optics elements of the second light source group, in terms of its/their horizontal irradiation behaviour in the region of a casing of the optics element, is/are formed as criss-cross emitters. *) a first light source group, which first light source group comprises at least one light source (11,12,13,14), *) a second light source group, which second light source group comprises at least one, preferably exactly one, light source,
A method for synchronizing the reception of a periodic synchronization signal in a spread spectrum system, the method comprising: receiving a spread-spectrum signal having a period comprising a plurality of indexable samples; correlating said plurality of samples with a synchronization code; maintaining a mean array comprising a running mean value for each indexable correlated sample over a variable number of periods; detecting a peak value of the maintained mean array; characterized in that the method further comprises: calculating an average value of the maintained mean array; computing a peak-to-average ratio in accordance with the detected peak value and the calculated average value; comparing the peak-to-average ratio against a time-varying peak-to-average ratio threshold depending on the number of periods; and synchronizing the received signal when the peak-to-average ratio exceeds the current value of the time-varying threshold. receiving a spread-spectrum signal having a period comprising a plurality of indexable samples; correlating said plurality of samples with a synchronization code; maintaining a mean array comprising a running mean value for each indexable correlated sample over a variable number of periods; detecting a peak value of the maintained mean array; characterized in that the method further comprises: calculating an average value of the maintained mean array; computing a peak-to-average ratio in accordance with the detected peak value and the calculated average value; comparing the peak-to-average ratio against a time-varying peak-to-average ratio threshold depending on the number of periods; and synchronizing the received signal when the peak-to-average ratio exceeds the current value of the time-varying threshold. calculating an average value of the maintained mean array; computing a peak-to-average ratio in accordance with the detected peak value and the calculated average value; comparing the peak-to-average ratio against a time-varying peak-to-average ratio threshold depending on the number of periods; and synchronizing the received signal when the peak-to-average ratio exceeds the current value of the time-varying threshold.