mhurhangee/ep-ind-claims huggingface dataset:
Method for changing service within a digital television decoder, said digital decoder comprising a plurality of tuners, each tuner of the plurality of tuners being capable of receiving a stream of signals comprising data relating to television services, each tuner of the plurality of tuners being used for a change of service operation, said method being characterised in that it comprises the various steps consisting of: - Configuring each tuner of the plurality of tuners for receiving a particular service; - Restoring, on a screen, a first service corresponding to the service for the reception of which a first tuner of the plurality of tuners has been configured; - Receiving, via the decoder, a first change of service command in order to display a second service for the reception of which a second tuner of the plurality of tuners has been configured; - Receiving, via the decoder, a second change of service command in order to display a third service for the reception of which a third tuner of the plurality of tuners has been configured; - Applying a forced waiting time before displaying the second service and/or the third service if the second service and/or the third service can be practically instantaneously displayed, the forced waiting time being substantially equal to a value equal to T/K, where T designates a usual duration of a change of service, and where K designates an integer less than or equal to a number N of tuners of the plurality of tuners. - Configuring each tuner of the plurality of tuners for receiving a particular service; - Restoring, on a screen, a first service corresponding to the service for the reception of which a first tuner of the plurality of tuners has been configured; - Receiving, via the decoder, a first change of service command in order to display a second service for the reception of which a second tuner of the plurality of tuners has been configured; - Receiving, via the decoder, a second change of service command in order to display a third service for the reception of which a third tuner of the plurality of tuners has been configured; - Applying a forced waiting time before displaying the second service and/or the third service if the second service and/or the third service can be practically instantaneously displayed, the forced waiting time being substantially equal to a value equal to T/K, where T designates a usual duration of a change of service, and where K designates an integer less than or equal to a number N of tuners of the plurality of tuners.
A garment panel comprising: a first layer and a third layer of pliable material; and a second layer of thermally insulating sheet material interposed between the first layer and the third layer of pliable material, the second layer of thermally insulating sheet material comprising one or more voided portions, wherein at least one of the first layer of pliable material and the third layer of pliable material are secured to the second layer of thermally insulating sheet material through one or more non-garment forming seams positioned at one or more non-voided portions of the second layer of thermally insulating sheet material, and wherein the one or more non-garment forming seams cooperate with each other to form one or more baffles, wherein a first portion of an interior surface of the first layer of pliable material and a corresponding second portion of an interior surface of the third layer of pliable material that are in alignment with at least one voided portion of the one or more voided portions of the second layer of thermally insulating sheet material, are affixed to each other to form at least one affixed portion, wherein the affixed portion comprises one or more openings extending through the first layer of pliable material and the third layer of pliable material, wherein the affixed portion is formed by adhesively bonding the first portion of the interior surface of the first layer of pliable material and the corresponding second portion of the interior surface of the third layer of pliable material. a first layer and a third layer of pliable material; and a second layer of thermally insulating sheet material interposed between the first layer and the third layer of pliable material, the second layer of thermally insulating sheet material comprising one or more voided portions, wherein at least one of the first layer of pliable material and the third layer of pliable material are secured to the second layer of thermally insulating sheet material through one or more non-garment forming seams positioned at one or more non-voided portions of the second layer of thermally insulating sheet material, and wherein the one or more non-garment forming seams cooperate with each other to form one or more baffles, wherein a first portion of an interior surface of the first layer of pliable material and a corresponding second portion of an interior surface of the third layer of pliable material that are in alignment with at least one voided portion of the one or more voided portions of the second layer of thermally insulating sheet material, are affixed to each other to form at least one affixed portion, wherein the affixed portion comprises one or more openings extending through the first layer of pliable material and the third layer of pliable material, wherein the affixed portion is formed by adhesively bonding the first portion of the interior surface of the first layer of pliable material and the corresponding second portion of the interior surface of the third layer of pliable material.
A method of analyzing biological data, the method comprising: inputting by a computer biological data containing at least a protein expression level of MX dynamin-like GTPase 1 and a protein expression level of C-reactive protein in the blood of a subject; calculating by the computer a distance d between a segment S ROI of a curved line S and an axis π defined by a direction, said distance d being calculated, perpendicularly to said axis π, between a point P on said axis π and a corresponding point on said curved line, said point being defined by a coordinate δ along said direction; and correlating said distance to the presence of, absence of, or likelihood that the subject has, a bacterial infection; wherein at least 90% of said segment is between a lower bound line S LB =f(δ)-ε 0 and an upper bound line S UB =f(δ)+ε 1, wherein said f(δ) equals 1/(1+exp(-δ)), wherein said coordinate δ, once calculated, equals a 0 +a 1 X+a 2 Z MX1, wherein said X is a value of said CRP in μg/ml, and said Z MX1 is a z-score of said MX1 relative to a group of subjects previously diagnosed with a bacterial infection, wherein each of said ε 0 and said ε 1 is less than 0.5, and wherein a 0 is from -2.4±10% to -1.9±10%, a 1 is from 0.04±10% to 0.05±10%, and a 2 is from -0.39±10% to -0.43±10%. inputting by a computer biological data containing at least a protein expression level of MX dynamin-like GTPase 1 and a protein expression level of C-reactive protein in the blood of a subject; calculating by the computer a distance d between a segment S ROI of a curved line S and an axis π defined by a direction, said distance d being calculated, perpendicularly to said axis π, between a point P on said axis π and a corresponding point on said curved line, said point being defined by a coordinate δ along said direction; and correlating said distance to the presence of, absence of, or likelihood that the subject has, a bacterial infection; wherein at least 90% of said segment is between a lower bound line S LB =f(δ)-ε 0 and an upper bound line S UB =f(δ)+ε 1, wherein said f(δ) equals 1/(1+exp(-δ)), wherein said coordinate δ, once calculated, equals a 0 +a 1 X+a 2 Z MX1, wherein said X is a value of said CRP in μg/ml, and said Z MX1 is a z-score of said MX1 relative to a group of subjects previously diagnosed with a bacterial infection, wherein each of said ε 0 and said ε 1 is less than 0.5, and wherein a 0 is from -2.4±10% to -1.9±10%, a 1 is from 0.04±10% to 0.05±10%, and a 2 is from -0.39±10% to -0.43±10%.
A flow choke for use with a subterranean well, the flow choke comprising: a variable flow restrictor configured to restrict flow through a flow passage extending through the flow choke, in which, in open and intermediate configurations of the flow choke, a longitudinally displaceable closure member of the flow restrictor is fully pressure balanced in a longitudinal direction, such that there is no net force exerted on the-closure member in the longitudinal direction, due to well pressure acting on opposite ends of the flow restrictor; a first external port in communication with the flow passage upstream of the flow restrictor; a second external port in communication with the flow passage downstream of the flow restrictor; and at least one sensor in communication with the first and second external ports (56a,b). a variable flow restrictor configured to restrict flow through a flow passage extending through the flow choke, in which, in open and intermediate configurations of the flow choke, a longitudinally displaceable closure member of the flow restrictor is fully pressure balanced in a longitudinal direction, such that there is no net force exerted on the-closure member in the longitudinal direction, due to well pressure acting on opposite ends of the flow restrictor; a first external port in communication with the flow passage upstream of the flow restrictor; a second external port in communication with the flow passage downstream of the flow restrictor; and at least one sensor in communication with the first and second external ports (56a,b).
A mechanical pharmaceutical delivery device comprising: a housing (534, 1133, 1333, 1433) including a curved guide (407, 507, 904, 1304, 1404); a cylindrical pharmaceutical reservoir (130, 530, 730, 830, 930, 1330, 1430) fixed to said housing (534, 1133, 1333, 1433); said reservoir (130, 530, 730, 830, 930, 1330, 1430) having an open end (531, 931); and a path (102a, 102b) having a curved section, said path (102a, 102b) including said curved guide (407, 507, 904, 1304, 1404); characterized by: an elastic member (104, 402, 502, 702, 802, 902, 1102, 1302, 1402) in a compressed state positioned along said path (102a, 102b) between a distal end (403, 703, 803) facing said open end (531, 931) of said reservoir (130, 530, 730, 830, 930, 1330, 1430) and a proximal part (444b, 544, 944) locked from expanding proximally from said path (102a, 102b) such that expansion of said elastic member (104, 402, 502, 702, 802, 902, 1102, 1302, 1402) drives said distal end (403, 703, 803) into said open end (531, 931) of said reservoir (130, 530, 730, 830, 930, 1330, 1430) and wherein an unstressed length of said elastic member (104, 402, 502, 702, 802, 902, 1102, 1302, 1402) from said distal end (403, 703, 803) to said proximal part (444b, 544, 944) is greater than a combined length of said reservoir (130, 530, 730, 830, 930, 1330, 1430) and length of said path (102a, 102b). a housing (534, 1133, 1333, 1433) including a curved guide (407, 507, 904, 1304, 1404); a cylindrical pharmaceutical reservoir (130, 530, 730, 830, 930, 1330, 1430) fixed to said housing (534, 1133, 1333, 1433); said reservoir (130, 530, 730, 830, 930, 1330, 1430) having an open end (531, 931); and a path (102a, 102b) having a curved section, said path (102a, 102b) including said curved guide (407, 507, 904, 1304, 1404); characterized by: an elastic member (104, 402, 502, 702, 802, 902, 1102, 1302, 1402) in a compressed state positioned along said path (102a, 102b) between a distal end (403, 703, 803) facing said open end (531, 931) of said reservoir (130, 530, 730, 830, 930, 1330, 1430) and a proximal part (444b, 544, 944) locked from expanding proximally from said path (102a, 102b) such that expansion of said elastic member (104, 402, 502, 702, 802, 902, 1102, 1302, 1402) drives said distal end (403, 703, 803) into said open end (531, 931) of said reservoir (130, 530, 730, 830, 930, 1330, 1430) and wherein an unstressed length of said elastic member (104, 402, 502, 702, 802, 902, 1102, 1302, 1402) from said distal end (403, 703, 803) to said proximal part (444b, 544, 944) is greater than a combined length of said reservoir (130, 530, 730, 830, 930, 1330, 1430) and length of said path (102a, 102b).
A process for producing a hydraulic binder consisting in belite crystals with fine dendritic micro-morphology embedded in an endogenous amorphous latent hydraulic calcium silicate continuous matrix, comprising the steps: A. Heating raw material containing at least calcium and silicon atoms in an overall C/S molar ratio in the range of from 1.25 and 1.8 to a temperature T 1 of from 1300 °C to 1600 °C, wherein T 1 is within the range in which αC 2 S in a liquid silicate phase (αC 2 S + L) exists in the CaO-SiO 2 phase diagram; B. Maintaining at that temperature T 1 for a time t 1 in the range of from 5 min to 100 min; C. First cooling to a temperature T 2, wherein T 2 is in the range of from below T 1 to the respective isothermal reaction temperature; D. Maintaining at that temperature T 2, to obtain crystalline belite (C 2 S) with dendritic micro-morphology; and E. Second cooling to ambient temperature. A. Heating raw material containing at least calcium and silicon atoms in an overall C/S molar ratio in the range of from 1.25 and 1.8 to a temperature T 1 of from 1300 °C to 1600 °C, wherein T 1 is within the range in which αC 2 S in a liquid silicate phase (αC 2 S + L) exists in the CaO-SiO 2 phase diagram; B. Maintaining at that temperature T 1 for a time t 1 in the range of from 5 min to 100 min; C. First cooling to a temperature T 2, wherein T 2 is in the range of from below T 1 to the respective isothermal reaction temperature; D. Maintaining at that temperature T 2, to obtain crystalline belite (C 2 S) with dendritic micro-morphology; and E. Second cooling to ambient temperature.
Automatic control device for a valve in a fluid-distribution network, comprising a protected double control comprising: - firstly a first main control designed to control the modification of a variable cross section of flow of the valve in order to regulate the pressure (P AV) downstream of said valve substantially according to a first pressure set point (P C1) lower than or equal to a predetermined high nominal value (P MAX), the valve being provided with a movable obturator member the position of which determines the cross section of flow, of the flap type, and the control device comprising actuation means functionally connected to the main control and able to drive said obturator member, - and secondly a second auxiliary safety control designed to act automatically if the downstream pressure (P AV) reaches or exceeds a safety value (P S) higher than the high nominal value (P MAX), in order to control the restriction of the cross section of flow of the valve, characterised in that the auxiliary control is interposed between said actuation means and the main control so as to be able to interrupt, when it is triggered, and at least temporarily, the functional connection existing between the main control and said actuation means. - firstly a first main control designed to control the modification of a variable cross section of flow of the valve in order to regulate the pressure (P AV) downstream of said valve substantially according to a first pressure set point (P C1) lower than or equal to a predetermined high nominal value (P MAX), the valve being provided with a movable obturator member the position of which determines the cross section of flow, of the flap type, and the control device comprising actuation means functionally connected to the main control and able to drive said obturator member, - and secondly a second auxiliary safety control designed to act automatically if the downstream pressure (P AV) reaches or exceeds a safety value (P S) higher than the high nominal value (P MAX), in order to control the restriction of the cross section of flow of the valve,
Method for the tactile interaction of a user with an electronic device, for example a smartphone, a tablet PC or a navigation device, having at least one processor for processing data and having a touch-sensitive operator interface, wherein the device has a vibration device for producing a vibration, and wherein the operator interface is designed with a scanning device for generating a scanning signal on the basis of a position of contact on the operator interface, wherein a vibration is produced at least in the operator interface on the basis of movement which is used by the user to change the position of the contact within an operating area on the operator interface, wherein the vibration is produced on the basis of the at least one operating area, for example a button, graphics, a pattern or the like, characterized in that the vibration pulses form a virtual texture which can be perceived in a tactile manner and is derived from the operating area, wherein at least two operating areas which are spaced apart from one another are defined on the operator interface, wherein a different texture is derived from each of the at least two operating areas, wherein a plurality of positions are defined by a texture, wherein the current position of the contact, which is determined by the scanning device, is continuously compared with the positions defined by the texture, and a vibration pulse is output by the vibration device when a movement of the contact beyond a position defined by the texture is detected, wherein a frequency of successive vibration pulses is dependent on the distance between the positions defined by the texture.
An apparatus, comprising: a device including at least one memory adapted to store run-time data for the device, and at least one processor that is adapted to execute processor-executable code that, in response to execution, enables the device to perform actions, including: forming an enclave pool, wherein the enclave pool includes a plurality of enclaves, wherein the enclaves are secure execution environments, and wherein each enclave of the enclave pool has an enclave key pair including a private enclave key and a public enclave key; generating a shared enclave pool key that is derived from the public enclave key of each enclave of the enclave pool; allocating a first enclave of the enclave pool to a cryptlet including cryptlet code, wherein a cryptlet is a code component executing in a secure environment; executing the cryptlet code in the first enclave; receiving an output of the cryptlet code having a first digital signature generated using the private enclave key of the first enclave; allocating a second enclave of the enclave pool to the cryptlet; executing the cryptlet code in the second enclave; receiving an output of the cryptlet code having a second digital signature generated using the private enclave key of the second enclave; and validating, via the shared enclave pool key, the first digital signature and the second digital signature. forming an enclave pool, wherein the enclave pool includes a plurality of enclaves, wherein the enclaves are secure execution environments, and wherein each enclave of the enclave pool has an enclave key pair including a private enclave key and a public enclave key; generating a shared enclave pool key that is derived from the public enclave key of each enclave of the enclave pool; allocating a first enclave of the enclave pool to a cryptlet including cryptlet code, wherein a cryptlet is a code component executing in a secure environment; executing the cryptlet code in the first enclave; receiving an output of the cryptlet code having a first digital signature generated using the private enclave key of the first enclave; allocating a second enclave of the enclave pool to the cryptlet; executing the cryptlet code in the second enclave; receiving an output of the cryptlet code having a second digital signature generated using the private enclave key of the second enclave; and validating, via the shared enclave pool key, the first digital signature and the second digital signature.
The counterflow and crossflow energy exchange device between media with improved structure and performances, that contains coils (201, 202, 203,204, 205, 206, 207, 208, 289, 290) made from tubes and structural reinforcements (300, 301, 302, 303, 304, 305, 306, 307, 308, 389, 390), wherein the coils (201, 202, 203, 203, 204,205, 206, 207, 208, 289, 290) and structural reinforcements (300, 301, 302, 303, 304, 305, 306, 307, 308, 389, 390) form the heat exchanger core, and wherein the coils (201, 202, 203, 204, 205, 206, 207, 208, 289, 290) are successively wound over structural reinforcements (300, 301, 302, 303, 304, 305, 306, 307, 308, 389, 390), wherein the coils have a stepwise/zigzag arrangement, and wherein the arrangement of the tubes of each coil is exactly in the middle position and at the same distance between the tubes of adjacent coils in the entire heat exchanger core wherein the first fluid and the second fluid can pass through said energy exchange device, characterized in that it further comprises a central router with conical extensions, structural reinforcement support and a basic structural reinforcement, wherein a basic structural reinforcement is placed on both sides of the central router having conical extensions to which the first helical coil is wound, and wherein the central router directs the flow of the first fluid towards the coils (201, 202, 203, 204, 205, 206, 207, 208, 289, 290) and prevents the passage of the first fluid through the central part of the heat exchanger core, and wherein the conical extensions direct the flow of the first fluid to the outer walls of the coils (201, 202, 203, 204, 205, 206, 207, 208, 289, 290) through which the second fluid moves.
A packet processing method, performed at a deep packet inspection, DPI, request element, comprising: determining, according to a packet feature of a first packet of a service flow, that a first DPI device is used for performing DPI on the first packet, wherein deep packet inspection, DPI, needs to be performed on the first packet; sending a first DPI request to the first DPI device, wherein the first DPI request comprises all or part of contents of the first packet and is used for requesting the first DPI device to perform DPI on the all or part of contents of the first packet carried in the first DPI request to acquire a DPI result, and send a first DPI response carrying the DPI result; and receiving the first DPI response that is sent by the first DPI device according to the first DPI request, wherein the first DPI response comprises the DPI result. determining, according to a packet feature of a first packet of a service flow, that a first DPI device is used for performing DPI on the first packet, wherein deep packet inspection, DPI, needs to be performed on the first packet; sending a first DPI request to the first DPI device, wherein the first DPI request comprises all or part of contents of the first packet and is used for requesting the first DPI device to perform DPI on the all or part of contents of the first packet carried in the first DPI request to acquire a DPI result, and send a first DPI response carrying the DPI result; and receiving the first DPI response that is sent by the first DPI device according to the first DPI request, wherein the first DPI response comprises the DPI result.