mhurhangee/ep-ind-claims huggingface dataset:
A panel comprising: core layer, wherein the core layer is composed of a honeycomb core, a foam core and/or a combination thereof, wherein gas and/or vapor initially is trapped within the core layer and subsequently is emitted from the core layer when there is a difference in pressure and/or temperature between the core layer and an environment exterior to the panel; a reinforcing layer, which includes a fiber reinforcing layer, coupled to one side of the core layer and including an outer resin layer; and venting channels formed on the outer resin layer of the panel by a tool moving along the outer resin layer, the venting channels formed by protrusions of the tool to vent at least one of the gas or vapor away from a decorative layer that is to be coupled to the outer resin layer of the panel via an adhesive layer to deter the at least one of the gas or vapor from exerting a pressure on the decorative layer to deter separation of a portion of the decorative layer from the outer resin layer, the protrusions having a depth that defines a depth of the venting channels, the depth of the venting channels is greater than a thickness of the adhesive layer to impede the adhesive layer from filling the venting channels. core layer, wherein the core layer is composed of a honeycomb core, a foam core and/or a combination thereof, wherein gas and/or vapor initially is trapped within the core layer and subsequently is emitted from the core layer when there is a difference in pressure and/or temperature between the core layer and an environment exterior to the panel; a reinforcing layer, which includes a fiber reinforcing layer, coupled to one side of the core layer and including an outer resin layer; and venting channels formed on the outer resin layer of the panel by a tool moving along the outer resin layer, the venting channels formed by protrusions of the tool to vent at least one of the gas or vapor away from a decorative layer that is to be coupled to the outer resin layer of the panel via an adhesive layer to deter the at least one of the gas or vapor from exerting a pressure on the decorative layer to deter separation of a portion of the decorative layer from the outer resin layer, the protrusions having a depth that defines a depth of the venting channels, the depth of the venting channels is greater than a thickness of the adhesive layer to impede the adhesive layer from filling the venting channels.
A refrigeration cycle device comprising: a refrigerant circuit in which refrigerant circulates sequentially via a compressor, a condenser, an expansion valve and an evaporator in a refrigeration cycle; and a controller configured to control at least the compressor and the expansion valve, characterized in that the controller includes a condenser pressure calculation part configured to estimate pressure loss from a discharge side of the compressor to a middle portion of the condenser based on a pressure detection value on the discharge side of the compressor, and to calculate pressure near the middle portion of the condenser based on the pressure detection value and the pressure loss, and a refrigerant composition detection part configured to estimate saturation temperature, which is average temperature of dew and boiling points of the refrigerant, based on the pressure near the middle portion of the condenser, and to detect a change in a refrigerant composition based on a difference between the saturation temperature and a temperature detection value of the refrigerant near the middle portion of the condenser. a refrigerant circuit in which refrigerant circulates sequentially via a compressor, a condenser, an expansion valve and an evaporator in a refrigeration cycle; and a controller configured to control at least the compressor and the expansion valve, characterized in that the controller includes a condenser pressure calculation part configured to estimate pressure loss from a discharge side of the compressor to a middle portion of the condenser based on a pressure detection value on the discharge side of the compressor, and to calculate pressure near the middle portion of the condenser based on the pressure detection value and the pressure loss, and a refrigerant composition detection part configured to estimate saturation temperature, which is average temperature of dew and boiling points of the refrigerant, based on the pressure near the middle portion of the condenser, and to detect a change in a refrigerant composition based on a difference between the saturation temperature and a temperature detection value of the refrigerant near the middle portion of the condenser. a condenser pressure calculation part configured to estimate pressure loss from a discharge side of the compressor to a middle portion of the condenser based on a pressure detection value on the discharge side of the compressor, and to calculate pressure near the middle portion of the condenser based on the pressure detection value and the pressure loss, and a refrigerant composition detection part configured to estimate saturation temperature, which is average temperature of dew and boiling points of the refrigerant, based on the pressure near the middle portion of the condenser, and to detect a change in a refrigerant composition based on a difference between the saturation temperature and a temperature detection value of the refrigerant near the middle portion of the condenser.
A method for enhancing microbial production of hydrogen from a hydrocarbon-rich deposit, said method comprising the steps of: accessing the hydrocarbon-rich deposit; extracting at least one sample of hydrocarbon-rich material from the deposit under anaerobic conditions; manipulating the at least one sample to determine information regarding the deposit, wherein the samples are maintained in an anaerobic environment throughout the manipulating; and modifying the composition of the deposit so as to enhance microbial production of hydrogen, wherein the step of modifying comprises addition of an aqueous composition or aerosol comprising an inhibitor of methanogenesis in an amount sufficient to inhibit methanogenesis, and wherein the inhibitor of methanogenesis is bromoethanesulfonic acid. accessing the hydrocarbon-rich deposit; extracting at least one sample of hydrocarbon-rich material from the deposit under anaerobic conditions; manipulating the at least one sample to determine information regarding the deposit, wherein the samples are maintained in an anaerobic environment throughout the manipulating; and modifying the composition of the deposit so as to enhance microbial production of hydrogen, wherein the step of modifying comprises addition of an aqueous composition or aerosol comprising an inhibitor of methanogenesis in an amount sufficient to inhibit methanogenesis, and wherein the inhibitor of methanogenesis is bromoethanesulfonic acid.
A radio test system for testing a device under test, comprising: - a signal generation unit configured to generate a downlink signal to be transmitted to the device under test for over-the-air testing, - at least one antenna configured to transmit the downlink signal via an over-the-air transmission channel to the device under test, - a receiver configured to receive a response signal via the over-the-air transmission channel from the device under test so that the over-the-air transmission channel established between the device under test and the radio test system is measured over-the-air, - a control and analyzing unit configured to determine the over-the-air transmission channel being mathematically defined by a channel matrix, and wherein the control and analyzing unit has access to the signals transmitted and received in order to retrieve input data being necessary for determining the channel matrix, - at least one over-the-air adapter that is connected to the signal generation unit, wherein the over-the-air adapter is configured to adapt the downlink signal to be transmitted by using the channel matrix such that the over-the-air transmission channel is equalized, and - a simulation unit configured to simulate an application and/or testing environment of the device under test, wherein the radio test system comprises an antenna array having several antennas, including the at least one antenna, wherein the control and analyzing unit is configured to control the several antennas to act as transmission antennas and/or receiving antennas, wherein, besides the at least one antenna, additional antennas are switched on for testing such that the number of active antennas at least simplifies a determination of a left inverse of the channel matrix. - a signal generation unit configured to generate a downlink signal to be transmitted to the device under test for over-the-air testing, - at least one antenna configured to transmit the downlink signal via an over-the-air transmission channel to the device under test, - a receiver configured to receive a response signal via the over-the-air transmission channel from the device under test so that the over-the-air transmission channel established between the device under test and the radio test system is measured over-the-air, - a control and analyzing unit configured to determine the over-the-air transmission channel being mathematically defined by a channel matrix, and wherein the control and analyzing unit has access to the signals transmitted and received in order to retrieve input data being necessary for determining the channel matrix, - at least one over-the-air adapter that is connected to the signal generation unit, wherein the over-the-air adapter is configured to adapt the downlink signal to be transmitted by using the channel matrix such that the over-the-air transmission channel is equalized, and - a simulation unit configured to simulate an application and/or testing environment of the device under test, wherein
A method for configuring a computer system, comprising: driving a display using a first graphics-processing unit and a second GPU in the computer system, wherein the first GPU and the second GPU have dissimilar circuitry and capabilites; characterised by: identifying a policy that associates each of one or more events with a dependency on a second GPU, wherein each of the one or more events includes at least one of linking to a graphics library, loading of a graphics library during application execution, and method calls to a graphics library: detecting the occurrence of the one or more events; if the policy associates the one or more events with a dependency on the second GPU, then based upon the policy, switching from the first GPU to the second GPU as a signal source for driving the display; after the act of switching, determining that the dependency on the second GPU has been removed; and if the policy specifies the use of the first GPU after the dependency has been removed, then based upon the policy, switching from the second GPU to the first GPU as the signal source for driving the display. driving a display using a first graphics-processing unit and a second GPU in the computer system, wherein the first GPU and the second GPU have dissimilar circuitry and capabilites; characterised by: identifying a policy that associates each of one or more events with a dependency on a second GPU, wherein each of the one or more events includes at least one of linking to a graphics library, loading of a graphics library during application execution, and method calls to a graphics library: detecting the occurrence of the one or more events; if the policy associates the one or more events with a dependency on the second GPU, then based upon the policy, switching from the first GPU to the second GPU as a signal source for driving the display; after the act of switching, determining that the dependency on the second GPU has been removed; and if the policy specifies the use of the first GPU after the dependency has been removed, then based upon the policy, switching from the second GPU to the first GPU as the signal source for driving the display. detecting the occurrence of the one or more events; if the policy associates the one or more events with a dependency on the second GPU, then based upon the policy, switching from the first GPU to the second GPU as a signal source for driving the display; after the act of switching, determining that the dependency on the second GPU has been removed; and if the policy specifies the use of the first GPU after the dependency has been removed, then based upon the policy, switching from the second GPU to the first GPU as the signal source for driving the display.
A contact lens without moire pattern in center, comprising: a first material layer, having a central region (Ac) and an annular region (Aa) around the central region (Ac), wherein when the contact lens is placed on a surface of an eyeball, the central region (Ac) corresponds to a pupil of the eyeball and the annular region (Aa) corresponds to an iris of the eyeball; and a first pattern, formed in the annular region (Aa), formed of a plurality of first sub-patterns (13a, 13b, 13c, 13d, 13e) arranged at intervals, configured to overlap with a second pattern to form a moire pattern, wherein the first pattern is not formed in the central region (Ac); a second material layer, located on the first material layer; wherein the second pattern is formed on the second material layer and the second pattern is formed of a plurality of second sub-patterns (13a, 13b, 13c, 13d, 13e) arranged at intervals; and wherein a buffer layer is sandwiched between the first material layer and the second material layer. a first material layer, having a central region (Ac) and an annular region (Aa) around the central region (Ac), wherein when the contact lens is placed on a surface of an eyeball, the central region (Ac) corresponds to a pupil of the eyeball and the annular region (Aa) corresponds to an iris of the eyeball; and a first pattern, formed in the annular region (Aa), formed of a plurality of first sub-patterns (13a, 13b, 13c, 13d, 13e) arranged at intervals, configured to overlap with a second pattern to form a moire pattern, wherein the first pattern is not formed in the central region (Ac); a second material layer, located on the first material layer; wherein the second pattern is formed on the second material layer and the second pattern is formed of a plurality of second sub-patterns (13a, 13b, 13c, 13d, 13e) arranged at intervals; and wherein a buffer layer is sandwiched between the first material layer and the second material layer.
A method for controlling the operation of a transfer mechanism of at least one stud (203, 510) located in a shoe sole, with which transfer mechanism the at least one stud (203, 510) located in the shoe sole can be transferred between an active operation mode and a passive operation mode, wherein the transfer mechanism for at least one stud from the active operation mode to the passive operation mode and vice versa is activated when the signal measured by an acceleration sensor located in the shoe exceeds a set acceleration threshold value at least twice in a row during a set second time window as a result of a kicking movement performed by the user of the shoe and further when said signal indicates that the direction of the level of the shoe sole substantially differs from the horizontal level at least for a set first time window.
A chimeric antigen receptor comprising: a) an extracellular domain that comprises an anti-CD79A antibody or antigen binding fragment thereof that binds one or more epitopes of a human CD79A polypeptide, wherein the anti-CD79A antibody or antigen binding fragment thereof comprises i) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 1-3 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 4-6; or ii) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 9-11 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 12-14; or iii) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 17-19 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 20-22; b) a transmembrane domain; c) one or more intracellular co-stimulatory signaling domains; and d) a primary signaling domain. a) an extracellular domain that comprises an anti-CD79A antibody or antigen binding fragment thereof that binds one or more epitopes of a human CD79A polypeptide, wherein the anti-CD79A antibody or antigen binding fragment thereof comprises i) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 1-3 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 4-6; or ii) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 9-11 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 12-14; or iii) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 17-19 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 20-22; i) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 1-3 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 4-6; or ii) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 9-11 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 12-14; or iii) a variable light chain sequence comprising CDRL1-CDRL3 sequences set forth in SEQ ID NOs: 17-19 and a variable heavy chain sequence comprising CDRH1-CDRH3 sequences set forth in SEQ ID NOs: 20-22; b) a transmembrane domain; c) one or more intracellular co-stimulatory signaling domains; and d) a primary signaling domain.
A low-dropout voltage regulator comprising an output terminal for providing an output voltage (V out) regulated as a function of a reference voltage, and for providing an output current (I out), and additionally comprising an output current limiting unit (LIMIT3), with said unit comprising: - an output current replication module for providing a mirror current of the output current (I mirror), - a comparison module (COMP31, COMP32) for comparing the mirror current with a reference current (I ref), - a feedback module (COMP31, COMP32, R 35, REGUL3) on the regulator for limiting the output current when the mirror current is greater than the reference current, wherein the mirror current is injected into the output terminal; and characterized in that the reference current is injected into the output terminal. - an output current replication module for providing a mirror current of the output current (I mirror), - a comparison module (COMP31, COMP32) for comparing the mirror current with a reference current (I ref), - a feedback module (COMP31, COMP32, R 35, REGUL3) on the regulator for limiting the output current when the mirror current is greater than the reference current,
Spraying device for an agricultural field sprayer for the metered application of spray liquid, preferably on agricultural land, comprising a) a swivelling spray boom, comprising two side arms, each of which has a plurality of application elements for spraying and/or finely distributing the spray liquid, and b) a feed line for spray liquid, comprising a section extending in the longitudinal direction of the spray boom and guided along the spray boom, the internal diameter of which section becomes smaller, preferably gradually smaller, in the direction of flow, characterised in that the supply line is a ring line. a) a swivelling spray boom, comprising two side arms, each of which has a plurality of application elements for spraying and/or finely distributing the spray liquid, and b) a feed line for spray liquid, comprising a section extending in the longitudinal direction of the spray boom and guided along the spray boom, the internal diameter of which section becomes smaller, preferably gradually smaller, in the direction of flow,
A high-temperature lead-free solder alloy having an alloy composition consisting of, in mass percent, Sb: 35 - 40 %, Ag: 13 - 18 %, Cu: 6 - 8 %, optionally Ni: 0.01 - 0.1 %, and a remainder of Sn, wherein the ratios of the contents of the alloy composition satisfy Equations -. 2.20 ≤ Sb / Ag ≤ 2.75 4.90 ≤ Sb / Cu ≤ 6.20 2.05 ≤ Ag / Cu ≤ 2.55
A turbomachine casing assembly comprising: a first casing portion for at least partially encasing one or more rotating aerofoil structures of a turbomachine; a second casing portion generally radially outward of the first casing portion; the first casing portion being movable in a generally radially outward direction with respect to the second casing portion in response to contact between the rotating aerofoil structures and the first casing portion; and one or more resilient elements (330, 630) arranged so as to resist the radially outward movement; the assembly characterised in that the first casing portion is rotatably coupled with respect to the second casing portion by virtue of a hinge at a second end of the first casing portion. a first casing portion for at least partially encasing one or more rotating aerofoil structures of a turbomachine; a second casing portion generally radially outward of the first casing portion; the first casing portion being movable in a generally radially outward direction with respect to the second casing portion in response to contact between the rotating aerofoil structures and the first casing portion; and one or more resilient elements (330, 630) arranged so as to resist the radially outward movement; the assembly characterised in that the first casing portion is rotatably coupled with respect to the second casing portion by virtue of a hinge at a second end of the first casing portion.
A communication method of a network display apparatus (10,200), the method comprising: displaying a first video received from a first external apparatus (100,300) connected to the network display apparatus (10,200); if a telephone call is received through a network from a second external apparatus, transmitting event data, which provides notification of an incoming phone call, to the first external apparatus (100,300); if a response to a request for answering the call is received from the first external apparatus (100,300) transmitting data including a second video to the first external apparatus (100,300); wherein the data is received through a network from the second external apparatus while the first video is being displayed on the network display apparatus (10,200); receiving a video processed by the first external apparatus which allows the output of a picture-in-picture, PIP, video, in which the first video and the second video are combined, from the first external apparatus (100,300); and displaying the PIP video, wherein the first external apparatus (100,300) comprises a host device which performs video processing for data received from the network display apparatus (10,200) and outputs the processed video. displaying a first video received from a first external apparatus (100,300) connected to the network display apparatus (10,200); if a telephone call is received through a network from a second external apparatus, transmitting event data, which provides notification of an incoming phone call, to the first external apparatus (100,300); if a response to a request for answering the call is received from the first external apparatus (100,300) transmitting data including a second video to the first external apparatus (100,300); wherein the data is received through a network from the second external apparatus while the first video is being displayed on the network display apparatus (10,200); receiving a video processed by the first external apparatus which allows the output of a picture-in-picture, PIP, video, in which the first video and the second video are combined, from the first external apparatus (100,300); and displaying the PIP video, wherein the first external apparatus (100,300) comprises a host device which performs video processing for data received from the network display apparatus (10,200) and outputs the processed video.