mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a pre-shaped and stabilized raw pastry dough, characterized in that it comprises at least: a) a step of forming a piece of dough consisting of dough, b) a step of shaping the piece of dough, comprising the operations of shaping the dough by forming a sheet and performing fonçage to obtain a shaped dough, c) a step of treating the surface of the shaped dough with steam for a period of between 5 and 90 seconds, and d) a cooling step of at least 60 seconds. a) a step of forming a piece of dough consisting of dough, b) a step of shaping the piece of dough, comprising the operations of shaping the dough by forming a sheet and performing fonçage to obtain a shaped dough, c) a step of treating the surface of the shaped dough with steam for a period of between 5 and 90 seconds, and d) a cooling step of at least 60 seconds.
A fluid chamber cushioning structure (500; 510), comprising: a fluid chamber having a first side, a second side, and a sidewall extending between the first side and the second side, and a composite element extending across and affixed to at least a portion of the first side of the fluid chamber, to the second side of the fluid chamber, to the sidewall of the fluid chamber, or to any combination thereof; wherein the composite element comprises a textile including a plurality of fibers, the plurality of fibers comprising a first thermoplastic material, and a second thermoplastic material surrounding and the plurality of fibers in the textile and consolidating the textile, the second thermoplastic material having a melting temperature lower than a melting temperature of the first thermoplastic material; characterised in that the first side of the fluid chamber and at least a portion of the sidewall are formed of a sheet comprising a third thermoplastic material, and wherein the second side of the fluid chamber is formed of a second sheet comprising a fourth thermoplastic material. a fluid chamber having a first side, a second side, and a sidewall extending between the first side and the second side, and a composite element extending across and affixed to at least a portion of the first side of the fluid chamber, to the second side of the fluid chamber, to the sidewall of the fluid chamber, or to any combination thereof; wherein the composite element comprises a textile including a plurality of fibers, the plurality of fibers comprising a first thermoplastic material, and a second thermoplastic material surrounding and the plurality of fibers in the textile and consolidating the textile, the second thermoplastic material having a melting temperature lower than a melting temperature of the first thermoplastic material; characterised in that the first side of the fluid chamber and at least a portion of the sidewall are formed of a sheet comprising a third thermoplastic material, and wherein the second side of the fluid chamber is formed of a second sheet comprising a fourth thermoplastic material.
Constant-volume combustion chamber for an aircraft turbine engine, said chamber comprising a compressed gas intake valve capable of adopting an open position and a closed position wherein it blocks the intake of compressed gas into the chamber, said chamber further comprising a combusted gas exhaust valve capable of adopting a closed position wherein it blocks the exhaust of combusted gas outside the chamber, characterised in that at least one of the intake and exhaust valves (22, 24) comprises at least one spherical plug (32a, 32b, 38a, 38b), in that said valve (22, 24) comprising said at least one spherical plug comprises: - an inner spherical body traversed by a gas passage; and - an outer spherical body housing said inner spherical body and provided with two mutually distant orifices, said inner and outer spherical bodies (32a, 38a), of which at least one acts as said at least one spherical plug, being rotatably mounted in relation to each other, and said two orifices of the outer spherical body being arranged so as to form in conjunction with said gas passage, respectively at each of the two ends thereof, a diaphragm, and in that the spherical plug of the exhaust valve has a gas passage, and in that said chamber is designed so as to enable, after a gas exhaust phase resulting in the closure of the exhaust valve, recirculation of the combusted gases trapped in said gas passage. - an inner spherical body traversed by a gas passage; and - an outer spherical body housing said inner spherical body and provided with two mutually distant orifices,
A communication system, comprising at least a first 802.11 equipment and a second 802.11 equipment, wherein, the first 802.11 equipment comprises a network connector and a 802.11 driver interface for communicating with other 802.11 equipments; the second 802.11 equipment comprises a 802.11 driver interface for communicating with other 802.11 equipments and maintains an access control list for shared resources, the access control list representing own resources accessible by other 802.11 equipments when receiving WEP unencrypted requests, in the case that the second 802.11 equipment is in WEP encrypted mode; characterized in that: the first 802.11 equipment is configured to search relevant information of the second 802.11 equipment; modify network settings of the first 802.11 equipment according to the searched relevant information by setting the SSID of the first 802.11 equipment as the searched SSID of the second 802.11 equipment, setting an authentication mode as open, and setting WEP encryption as disable; and send a connection request indicating a target resource on the second 802.11 equipment to the second 802.11 equipment after the network setting of the first 802.11 equipment has been modified; the second 802.11 equipment is configured to send a connection response to the first 802.11 equipment in response to receiving the connection request from the first 802.11 equipment; and add, into the access control list, information about the device initiating the connection request and the target resource indicated in the connection request, if the connection request is approved. search relevant information of the second 802.11 equipment; modify network settings of the first 802.11 equipment according to the searched relevant information by setting the SSID of the first 802.11 equipment as the searched SSID of the second 802.11 equipment, setting an authentication mode as open, and setting WEP encryption as disable; and send a connection request indicating a target resource on the second 802.11 equipment to the second 802.11 equipment after the network setting of the first 802.11 equipment has been modified; send a connection response to the first 802.11 equipment in response to receiving the connection request from the first 802.11 equipment; and add, into the access control list, information about the device initiating the connection request and the target resource indicated in the connection request, if the connection request is approved.
An apparatus for the heating of plastics material pre-forms with a conveying device which conveys the plastics material pre-forms along a pre-set conveying path, wherein the conveying device has a circulating conveying means, and a plurality of holding elements for holding the plastics material pre-forms are arranged on this conveying means, and these holding elements are movable with respect to a longitudinal direction of the plastics material pre-forms to be rotated, characterized in that the holding elements have associated with them in each case drive devices which are controllable independently of one another and which produce at least also the rotational movement of the plastics material pre-forms with respect to the longitudinal direction thereof and wherein the drive devices also allow a movement of the holding elements in the longitudinal direction thereof.
A chair, wherein a weight-receiving part the height position of which changes due to a person sitting on a seat surface, is provided on a seat (5; 105; 205), the change of the height position is mechanically transmitted to a control mechanism (8X; 108X; 208X) configured to control an operation of a movable part (3; 103; 203), and the control mechanism (8X; 108X; 208X) changes the operation of the movable part (3; 103; 203) between allowed and suppressed states, and characterized in that the operation direction of the movable part (3; 103; 203) includes a plurality of directions including one direction and another direction crossing the one direction in plan view, and the allowed/suppressed states of the operation in at least one of the directions are changed.
An oral pouched snuff product comprising a filling material and a saliva-permeable pouch enclosing the filling material, said oral pouched snuff product having a longitudinal direction and a transverse direction perpendicular to said longitudinal direction, said saliva-permeable pouch comprising a first elongated seal and a second elongated seal, each of said first and second elongated seals having a seal length extending along said transverse direction of said product and a seal width extending along the longitudinal direction of the product, said saliva-permeable pouch further comprising a single additional elongated seal having a seal length extending along the longitudinal direction of the product and a seal width extending along the transverse direction of the product, characterized in said seal width of each of said first elongated seal and said second elongated seal being within the range of from 0.1 mm to 1 mm, such as within the range of from 0.1 mm to 0.5 mm, each of said first elongated seal and said second elongated seal being an ultrasonically provided weld, said first elongated seal sealing a first outermost end portion of the pouch, and said second elongated seal sealing a second outermost end portion of said saliva-permeable pouch, each of said first elongated seal and said second elongated seal being coterminous with an end edge of a packaging material forming said pouch.
A computer program adapted to perform a method for pulmonary condition monitoring, the method comprising: receiving sensor data, including audio data and motion sensor data, of a user at an electronic device; identifying respiratory phases of the user's breathing based on the sensor data; producing breathing waveform data based on the motion sensor data by smoothing said motion sensor data; converting the audio data into image data; identifying an abnormal sound associated with the user's breathing based on the image data; and determining a pulmonary condition of the user based on the abnormal sound, the identified respiratory phases and the breathing waveform data. receiving sensor data, including audio data and motion sensor data, of a user at an electronic device; identifying respiratory phases of the user's breathing based on the sensor data; producing breathing waveform data based on the motion sensor data by smoothing said motion sensor data; converting the audio data into image data; identifying an abnormal sound associated with the user's breathing based on the image data; and determining a pulmonary condition of the user based on the abnormal sound, the identified respiratory phases and the breathing waveform data.
Use of a belite calcium aluminate obtainable by a method comprising the following steps: a) providing a starting material from one or more raw materials that contain CaO, SiO 2, Al 2 O 3 and Fe 2 O 3 or other compounds of these elements, wherein the starting material has a molar Ca/(Si+Al+Fe) ratio from 1 to 3.5 and a molar Al/Si ratio from 100 to 0.1, b) mixing the raw materials to form a starting material mixture, c) hydrothermal treating of the starting material mixture produced in step b) in an autoclave at a temperature from 100 to 300°C and a residence time from 0.1 to 24 h, wherein the water/solids ratio is 0.1 to 100, and d) tempering the intermediate product obtained in step c) at 350 to 600°C, wherein the heating rate is 10-6000°C/min and the residence time is 0.01-600 min as an accelerator of the early stiffening/setting and/or of the hardening of Portland cement. a) providing a starting material from one or more raw materials that contain CaO, SiO 2, Al 2 O 3 and Fe 2 O 3 or other compounds of these elements, wherein the starting material has a molar Ca/(Si+Al+Fe) ratio from 1 to 3.5 and a molar Al/Si ratio from 100 to 0.1, b) mixing the raw materials to form a starting material mixture, c) hydrothermal treating of the starting material mixture produced in step b) in an autoclave at a temperature from 100 to 300°C and a residence time from 0.1 to 24 h, wherein the water/solids ratio is 0.1 to 100, and d) tempering the intermediate product obtained in step c) at 350 to 600°C, wherein the heating rate is 10-6000°C/min and the residence time is 0.01-600 min
A method for processing straw into an intermediate straw product, the method comprising:- (a) treating straw with an alkaline solution having a pH of between about 10 and about 14, at a temperature of between about 20°C and about 80°C, for a period of between about 6 hours and about 30 hours; (b) separating excess alkaline solution and the treated straw from each other; and (c) maintaining the treated straw in an anaerobic environment at a temperature of between about 30°C and about 45°C, for a period of between about 6 hours and about 30 hours to produce an intermediate straw product. (a) treating straw with an alkaline solution having a pH of between about 10 and about 14, at a temperature of between about 20°C and about 80°C, for a period of between about 6 hours and about 30 hours; (b) separating excess alkaline solution and the treated straw from each other; and (c) maintaining the treated straw in an anaerobic environment at a temperature of between about 30°C and about 45°C, for a period of between about 6 hours and about 30 hours to produce an intermediate straw product.
A system for direct communication between hardware accelerators (14, 24) in a computer cluster, comprising: - a first hardware accelerator in a first computer of a computer cluster; and - a second hardware accelerator in a second computer of the computer cluster; - wherein the first and the second computer are different from each other and are designed to be able to communicate remotely via a network, - characterized in that the first hardware accelerator is designed to request data from the second hardware accelerator and retrieve data from the second computer by means of a direct memory access to a global address space, and/or to transmit data to the second computer such that the first and second hardware accelerators (14, 24) communicate directly with each other, wherein the direct communication between the hardware accelerators (14, 24) occurs directly via the network and corresponding network interfaces (16, 26) on the computers (10, 20) in the cluster and without support from CPUs (12, 22) and/or RAM (11, 21) of the first and second computer. - a first hardware accelerator in a first computer of a computer cluster; and - a second hardware accelerator in a second computer of the computer cluster; - wherein the first and the second computer are different from each other and are designed to be able to communicate remotely via a network, - characterized in that the first hardware accelerator is designed to request data from the second hardware accelerator and retrieve data from the second computer by means of a direct memory access to a global address space, and/or to transmit data to the second computer such that the first and second hardware accelerators (14, 24) communicate directly with each other, wherein the direct communication between the hardware accelerators (14, 24) occurs directly via the network and corresponding network interfaces (16, 26) on the computers (10, 20) in the cluster and without support from CPUs (12, 22) and/or RAM (11, 21) of the first and second computer.
A hot-rolled high strength steel sheet having a tensile strength of 540 MPa or higher consisting of, by mass %, C: a content of 0.02% to 0.07%, Si: a content [Si] of 0.001% to 2.5%, Mn: a content [Mn] of 0.01 % to 4%, Al: a content [Al] of 0.001 % to 2%, Ti: a content [Ti] of 0.015% to 0.2%, P: a limited content of more than 0% to 0.15% or less, S: a limited content of more than 0% to 0.03% or less, N: a limited content of more than 0% to 0.01 % or less, and optionally one or two or more selected from the group consisting of, Nb: a content [Nb] of 0.005% to 0.06%, Cu: a content [Cu] of 0.02% to 1.2%, Ni: a content [Ni] of 0.01% to 0.6%, Mo: a content [Mo] of 0.01 % to 1%, V: a content of 0.01% to 0.2%, Cr: a content [Cr] of 0.01 % to 2%, Mg: a content [Mg] of 0.0005% to 0.01%, Ca: a content [Ca] of 0.0005% to 0.01%, REM: a content of 0.0005% to 0.1%, and B: a content of 0.0002% to 0.002%, Zr, Sn, Co, Zn, and W: a total content of 1% or less, wherein the Sn content 0.05% or less, and the balance consisting of Fe and unavoidable impurities, wherein the contents [Nb], [Ti],,, and satisfy the following expressions (a), (b) and (c); an average pole density of an orientation group <011> to <110>; which is represented by an arithmetic mean of pole densities of orientations <011>, <110>, <110>, <110>, and <110> is 1.0 to 4.0 and a pole density of a crystal orientation <113> is 1.0 to 4.8, in a thickness center portion which is a thickness range of 5/8 to 3/8 from the surface of the steel sheet; an average grain size in the thickness center portion is less than or equal to 10 μm and a grain size of a cementite precipitating in a grain boundary in the steel sheet is less than or equal to 2 μm; and an average grain size of precipitates containing TiC in grains is less than or equal to 3 nm and a number density per unit volume is greater than or equal to 1×10 16 grains/cm 3 0 % ≤ Ti − N × 48 / 14 − S × 48 / 32 0 % ≤ C − 12 / 48 × Ti − N × 48 / 14 − S × 48 / 32 0 % ≤ C − 12 / 48 × Ti + Nb × 48 / 93 − N × 48 / 14 − S × 48 / 32
Apparatus for controlling a hydraulic pump, comprising - a hydraulic fluid reservoir, - a hydraulic pump having an inlet and an outlet, wherein o the inlet is connected to the hydraulic fluid reservoir by means of a first low pressure line, o the outlet is connected to a high pressure line to which an appliance can be connected, - an adjustment unit, which interacts with the hydraulic pump and with which the pumping volume of the hydraulic pump can be altered, wherein the adjustment unit is arranged in a high pressure auxiliary line which is connected to the high pressure line, - a high pressure seat valve, which is arranged in the high pressure auxiliary line and which interacts with the adjustment unit, - a sensor, by means of which an actual value of at least one parameter which is determined by the pumping volume of the hydraulic pump can be detected, - a control element, by means of which a desired value of the parameter can be specified, and - a regulation device, which interacts with the sensor and with the control element such that the high pressure seat valve can be activated taking into account the actual value detected by the sensor and the desired value specified by the control element, - characterized in that the high pressure seat valve is implemented as a high pressure seat valve having an integrated pressure limitation function. - a hydraulic fluid reservoir, - a hydraulic pump having an inlet and an outlet, wherein o the inlet is connected to the hydraulic fluid reservoir by means of a first low pressure line, o the outlet is connected to a high pressure line to which an appliance can be connected, o the inlet is connected to the hydraulic fluid reservoir by means of a first low pressure line, o the outlet is connected to a high pressure line to which an appliance can be connected, - an adjustment unit, which interacts with the hydraulic pump and with which the pumping volume of the hydraulic pump can be altered, wherein the adjustment unit is arranged in a high pressure auxiliary line which is connected to the high pressure line, - a high pressure seat valve, which is arranged in the high pressure auxiliary line and which interacts with the adjustment unit, - a sensor, by means of which an actual value of at least one parameter which is determined by the pumping volume of the hydraulic pump can be detected, - a control element, by means of which a desired value of the parameter can be specified, and - a regulation device, which interacts with the sensor and with the control element such that the high pressure seat valve can be activated taking into account the actual value detected by the sensor and the desired value specified by the control element, - characterized in that the high pressure seat valve is implemented as a high pressure seat valve having an integrated pressure limitation function.
An apparatus (100, 200) comprising: a primary receiver (102, 202) having a primary mixer (110, 208) and a supplementary mixer (130, 224) adapted to share a primary local oscillator, LO, signal (114, 218); wherein said primary mixer (110, 208) is configured to down-convert a primary signal (106, 220) using said primary LO signal (114, 218) and said supplemental mixer (130, 224) is configured to down-convert a secondary signal (108, 228) using said primary LO signal (114, 218); a secondary receiver (104, 204) having a secondary mixer (120, 232) and a secondary local oscillator, LO, signal (124, 242), wherein said secondary mixer is configured to down-convert the secondary signal using said secondary LO signal (124, 242); and a controller (134, 248) configured to disable said secondary mixer and to enable the supplemental mixer to down-convert the secondary signal when operating in a diversity mode; the controller configured to disable the supplemental mixer and to enable the secondary mixer to down-convert the secondary signal when operating in a further mode. a primary receiver (102, 202) having a primary mixer (110, 208) and a supplementary mixer (130, 224) adapted to share a primary local oscillator, LO, signal (114, 218); wherein said primary mixer (110, 208) is configured to down-convert a primary signal (106, 220) using said primary LO signal (114, 218) and said supplemental mixer (130, 224) is configured to down-convert a secondary signal (108, 228) using said primary LO signal (114, 218); a secondary receiver (104, 204) having a secondary mixer (120, 232) and a secondary local oscillator, LO, signal (124, 242), wherein said secondary mixer is configured to down-convert the secondary signal using said secondary LO signal (124, 242); and a controller (134, 248) configured to disable said secondary mixer and to enable the supplemental mixer to down-convert the secondary signal when operating in a diversity mode; the controller configured to disable the supplemental mixer and to enable the secondary mixer to down-convert the secondary signal when operating in a further mode.