mhurhangee/patent-ind-claim-en huggingface dataset:
A method for testing a full-duplex speech interaction system, applied to a test device, the method comprising: determining (S11) a scene mixed corpus set by mixing a valid corpus set related to a test scene with an invalid corpus set which is unrelated to the test scene; playing (S12) each corpus audio in the scene mixed corpus set to a speech interaction device under test equipped with the full-duplex speech interaction system; acquiring (S13) a work log of the speech interaction device under test, the work log comprising at least a first log and a second log, wherein, the first log records valid/invalid attributes recognized for each corpus audio and corresponding corpus text, and the second log records a decision result for each corpus audio, the decision results comprising response result and discarding result; determining (S14) a rejection rate based on a counted number of corpus audios having invalid attribute in the first log and a counted number of discarding results in the second log; and obtaining (S15) number of false responses results according to a counted number of log entries in the second log which have unexpected response decision result, and determining a false response rate based on the number of false responses and a total number of the played corpus audios. determining (S11) a scene mixed corpus set by mixing a valid corpus set related to a test scene with an invalid corpus set which is unrelated to the test scene; playing (S12) each corpus audio in the scene mixed corpus set to a speech interaction device under test equipped with the full-duplex speech interaction system; acquiring (S13) a work log of the speech interaction device under test, the work log comprising at least a first log and a second log, wherein, the first log records valid/invalid attributes recognized for each corpus audio and corresponding corpus text, and the second log records a decision result for each corpus audio, the decision results comprising response result and discarding result; determining (S14) a rejection rate based on a counted number of corpus audios having invalid attribute in the first log and a counted number of discarding results in the second log; and obtaining (S15) number of false responses results according to a counted number of log entries in the second log which have unexpected response decision result, and determining a false response rate based on the number of false responses and a total number of the played corpus audios.
An output characteristic changing system for a construction machine comprising a control device that controls equipment for driving an actuator in the construction machine and can change an output characteristic of said actuator incorporated in said control device to be adjusted to each of operators of said construction machine , wherein a management server is provided in a position away from said construction machine , characterised in that , said management server includes: a server-side memory part that stores operator information assigned to each of the operators of said construction machine , vehicle body information assigned to respective construction machines , and output characteristic information of said actuator in such a manner as to be associated with operability desired by each of said operators; an information extraction part that, in a case where said operator information and said vehicle body information are transmitted from said control device in said construction machine , extracts said output characteristic information in conformity with the operability desired by said operator from said operator information and said vehicle body information from said server-side memory part ; and a server-side transmission part that transmits said output characteristic information extracted from said information extraction part toward said control device in said construction machine , said output characteristic information that is stored in said server-side memory part in said management server being information including at least one of an output characteristic corresponding to a control parameter for use in control of said equipment for driving said actuator and an output characteristic corresponding to a function setting of said construction machine . a server-side memory part that stores operator information assigned to each of the operators of said construction machine , vehicle body information assigned to respective construction machines , and output characteristic information of said actuator in such a manner as to be associated with operability desired by each of said operators; an information extraction part that, in a case where said operator information and said vehicle body information are transmitted from said control device in said construction machine , extracts said output characteristic information in conformity with the operability desired by said operator from said operator information and said vehicle body information from said server-side memory part ; and a server-side transmission part that transmits said output characteristic information extracted from said information extraction part toward said control device in said construction machine , said output characteristic information that is stored in said server-side memory part in said management server being information including at least one of an output characteristic corresponding to a control parameter for use in control of said equipment for driving said actuator and an output characteristic corresponding to a function setting of said construction machine .
An antibody, functional fragment, and derivative thereof, which binds specifically to the O-acetylated GD2 (OAcGD2) ganglioside, said antibody comprising: a) a humanized light chain variable region (VL) polypeptide having the amino acid sequence SEQ id n°112; and b) a humanized heavy chain variable region (VH) having the amino acid sequence SEQ id n°76. a) a humanized light chain variable region (VL) polypeptide having the amino acid sequence SEQ id n°112; and b) a humanized heavy chain variable region (VH) having the amino acid sequence SEQ id n°76.
A vehicle configurable for air or road use, comprising: a body ; a pair of road wheels located on either side of a front region of the body and moveable between a first configuration in which the wheels are positioned close to the body for air use, and a second configuration in which the wheels are extended laterally from the body for supporting the body when configured for road use, the spacing between the wheels being greater in the second configuration than in the first configuration; a fender associated with each road wheel, the fenders being movable with the wheels so as to maintain their position relative to the wheels when in the first and second configurations; characterised by a pair of light projector units mounted near the front of the body , wherein the light projector units are mounted so as to be moveable between a first position in which the light projector units are positioned close to the body , and a second position in which the light projector units are extended laterally from the body , the spacing between the light projector units being greater in the second position than in the first position, and wherein the outermost parts of the light projector units are closer to the body than the outermost parts of the fenders when the wheels are in the second configuration and the light projector units are in the second position. a body ; a pair of road wheels located on either side of a front region of the body and moveable between a first configuration in which the wheels are positioned close to the body for air use, and a second configuration in which the wheels are extended laterally from the body for supporting the body when configured for road use, the spacing between the wheels being greater in the second configuration than in the first configuration; a fender associated with each road wheel, the fenders being movable with the wheels so as to maintain their position relative to the wheels when in the first and second configurations; characterised by a pair of light projector units mounted near the front of the body , wherein the light projector units are mounted so as to be moveable between a first position in which the light projector units are positioned close to the body , and a second position in which the light projector units are extended laterally from the body , the spacing between the light projector units being greater in the second position than in the first position, and wherein the outermost parts of the light projector units are closer to the body than the outermost parts of the fenders when the wheels are in the second configuration and the light projector units are in the second position.
A trolley pole arrangement for a mobile work machine, the arrangement comprising - a first trolley pole having a first end and a distal end extending a distance from the first end, - a second trolley pole having a first end and a distal end extending a distance form the first end, - a support and moving arrangement for the first trolley pole and for the second trolley pole, - the first trolley pole is configured to be arranged from the first end to the support and moving arrangement , - the second trolley pole is configured to be arranged from the first end to the support and moving arrangement , - characterized by - an intermediate member arranged between the first trolley pole and the second trolley pole such that a first end of the intermediate member is arranged at a first length (L1) on the first trolley pole , wherein the first length (L1) is measured from the first end of the first trolley pole , and a second end of the intermediate member is arranged at a second length (L2) on the second trolley pole , wherein the second length (L2) is measured from a first end of the second trolley pole , and wherein the first length (L1) and the second length (L2) are of different lengths. - a first trolley pole having a first end and a distal end extending a distance from the first end, - a second trolley pole having a first end and a distal end extending a distance form the first end, - a support and moving arrangement for the first trolley pole and for the second trolley pole, - the first trolley pole is configured to be arranged from the first end to the support and moving arrangement , - the second trolley pole is configured to be arranged from the first end to the support and moving arrangement , - characterized by - an intermediate member arranged between the first trolley pole and the second trolley pole such that a first end of the intermediate member is arranged at a first length (L1) on the first trolley pole , wherein the first length (L1) is measured from the first end of the first trolley pole , and a second end of the intermediate member is arranged at a second length (L2) on the second trolley pole , wherein the second length (L2) is measured from a first end of the second trolley pole , and wherein the first length (L1) and the second length (L2) are of different lengths.
A method of operating a UPS system having a first UPS and a second UPS , the method comprising: powering on the first UPS ; receiving power from a first input power source coupled to an input of the first UPS ; providing power to a load coupled to an output of the first UPS and to an output of the second UPS ; characterized by receiving, by the first UPS , information indicative of a power rating of the second UPS and power capabilities of a second input power source providing power to the second UPS ; and adjusting the power provided to the load by the first UPS in response to a power rating of the first UPS , the power rating of the second UPS and the power capabilities of the second input power source indicated in the received information, wherein adjusting the power provided to the load by the first UPS comprises adjusting a gain factor of the first UPS and wherein the method further comprises adjusting the gain factor based on power ratings of the first and second UPS ; and adjusting the gain factor based on power capabilities of the first input power source and the second input power source providing power to the second UPS . powering on the first UPS ; receiving power from a first input power source coupled to an input of the first UPS ; providing power to a load coupled to an output of the first UPS and to an output of the second UPS ; characterized by receiving, by the first UPS , information indicative of a power rating of the second UPS and power capabilities of a second input power source providing power to the second UPS ; and adjusting the power provided to the load by the first UPS in response to a power rating of the first UPS , the power rating of the second UPS and the power capabilities of the second input power source indicated in the received information, wherein adjusting the power provided to the load by the first UPS comprises adjusting a gain factor of the first UPS and wherein the method further comprises adjusting the gain factor based on power ratings of the first and second UPS ; and adjusting the gain factor based on power capabilities of the first input power source and the second input power source providing power to the second UPS .
Capsule for use in an capsule-based inhaler, the capsule comprising a powdered pharmaceutical preparation for inhalation and two capsule elements open at one end, namely a capsule body and a capsule cap , which can be fitted into one another telescopically through their openings, so as to form a cavity, and the assembled capsule having a length of 9 millimeter to 22 millimeter and an external diameter of 4 millimeter to 10 millimeter and a capsule casing, characterised in that the capsule body and capsule cap both comprise a capsule casing region and in addition to the opening at one end two prefabricated holes in the capsule casing region in each case, and that the capsule comprises two insertion positions with regards to capsule body and capsule cap being fitted telescopically into one another, the capsule body and the capsule cap latching together in the two positions, wherein in a first insertion position capsule body and capsule cap are fitted into one another such that the prefabricated holes in capsule body and capsule cap are covered and the cavity of the capsule is closed off, and in a second insertion position capsule body and capsule cap are fitted into one another such that the prefabricated holes in the capsule body and capsule cap overlap with one another, such that in the second insertion position the capsule comprises two holes in the capsule casing region, one hole close to a capsule end in each case.
Process for the purification of a mixture comprising three compounds: a) water, b) 1 to 60wt.-% of N-alkyl hydroxylammonium salt of formula I and with R1, R2, R3 each independently are selected from the group of H, methyl, ethyl, n-propyl, isopropyl, n-butyl, 2-butyl and tert-butyl, with X is selected from Cl, SO 4 , PO 4 , CH 3 COO, (COO) 2 , with n dependent of the valence of X in water is a natural number selected from the group of 1, 2 and 3 and c) byproducts wherein the process comprises the following steps: I) putting the mixture into a purification apparatus, II) bringing the mixture in contact with steam III) removing a composition comprising water vapor and compound c) by distillation until the purity of compound b) in the residue is 95 % or greater wherein the amount of water in the residue remains during and after the distillation ≥ 40 wt.-%. a) water, b) 1 to 60wt.-% of N-alkyl hydroxylammonium salt of formula I and with R1, R2, R3 each independently are selected from the group of H, methyl, ethyl, n-propyl, isopropyl, n-butyl, 2-butyl and tert-butyl, with X is selected from Cl, SO 4 , PO 4 , CH 3 COO, (COO) 2 , with n dependent of the valence of X in water is a natural number selected from the group of 1, 2 and 3 and with R1, R2, R3 each independently are selected from the group of H, methyl, ethyl, n-propyl, isopropyl, n-butyl, 2-butyl and tert-butyl, with X is selected from Cl, SO 4 , PO 4 , CH 3 COO, (COO) 2 , with n dependent of the valence of X in water is a natural number selected from the group of 1, 2 and 3 and c) byproducts wherein the process comprises the following steps: I) putting the mixture into a purification apparatus, II) bringing the mixture in contact with steam III) removing a composition comprising water vapor and compound c) by distillation until the purity of compound b) in the residue is 95 % or greater wherein the amount of water in the residue remains during and after the distillation ≥ 40 wt.-%. I) putting the mixture into a purification apparatus, II) bringing the mixture in contact with steam III) removing a composition comprising water vapor and compound c) by distillation until the purity of compound b) in the residue is 95 % or greater wherein the amount of water in the residue remains during and after the distillation ≥ 40 wt.-%.
Method for time synchronization of a communication between communication elements in an industrial setting by way of a first, wireless connection (DATA) to real-time Ethernet systems based on time-sensitive networking TSN, wherein synchronization times are initiated directly by a hardware unit that is responsible for the time synchronization and has a highly accurate clock , or are supplied to one such on the side to be synchronized, the synchronization times being converted into synchronization signals, a second transmission channel (SYNC), which is different from the first, is used to transmit the synchronization signals, this second transmission channel likewise being in the form of a wireless connection, and the transmission process has a variable delay, and the hardware unit determines the value of the delay and uses the value as a correction value for the synchronization signal or conveys said value to the receiving communication element by way of the first radio system. synchronization times are initiated directly by a hardware unit that is responsible for the time synchronization and has a highly accurate clock , or are supplied to one such on the side to be synchronized, the synchronization times being converted into synchronization signals, a second transmission channel (SYNC), which is different from the first, is used to transmit the synchronization signals, this second transmission channel likewise being in the form of a wireless connection, and the transmission process has a variable delay, and the hardware unit determines the value of the delay and uses the value as a correction value for the synchronization signal or conveys said value to the receiving communication element by way of the first radio system.
A release pusher arrangement for a joint, comprising: a pusher locking member for cooperatively engaging a release pusher , wherein the pusher locking member comprises a radially inner surface , a radially outer surface , an axially inner segment , an axial mid-segment and an axially outer segment , wherein the axial mid-segment includes an angled ramp element extending radially outwardly from the radially outer surface , wherein the ramp element has an axially inner face and an axially outer wall ; a release pusher for facilitating axial movement of the pusher locking member within a fitting so as to facilitate insertion and release of a pipe element within the fitting, wherein the release pusher is removably securable to the pusher locker member , wherein the release pusher has a neck portion with an inner radial wall and an outer radial wall , wherein the radially inner surface of the pusher locking member and the inner radial wall of the release pusher define a cavity of constant diameter extending along a longitudinal axis of the pusher locking member and release pusher when secured, and wherein the part of the radially outer surface of the pusher locking member which extends axially outwardly of said axially outer wall , and the outer radial wall of the neck portion of the release pusher are of constant diameter; and wherein the angled ramp element extends radially outwardly further than the outer radial wall of the release pusher neck portion . a pusher locking member for cooperatively engaging a release pusher , wherein the pusher locking member comprises a radially inner surface , a radially outer surface , an axially inner segment , an axial mid-segment and an axially outer segment , wherein the axial mid-segment includes an angled ramp element extending radially outwardly from the radially outer surface , wherein the ramp element has an axially inner face and an axially outer wall ; a release pusher for facilitating axial movement of the pusher locking member within a fitting so as to facilitate insertion and release of a pipe element within the fitting, wherein the release pusher is removably securable to the pusher locker member , wherein the release pusher has a neck portion with an inner radial wall and an outer radial wall , wherein the radially inner surface of the pusher locking member and the inner radial wall of the release pusher define a cavity of constant diameter extending along a longitudinal axis of the pusher locking member and release pusher when secured, and wherein the part of the radially outer surface of the pusher locking member which extends axially outwardly of said axially outer wall , and the outer radial wall of the neck portion of the release pusher are of constant diameter; and wherein the angled ramp element extends radially outwardly further than the outer radial wall of the release pusher neck portion .
A refrigerator comprising: a main body provided with storage chambers ; doors to respectively open and close the storage chambers ; a control unit installed in one door out of the doors to select an operation; a reception part provided in said one door to receive the control unit; an installation hole formed on a side end of the door to cause the control unit to be inserted into the reception part, and display units provided on a front surface of the control unit to display an operating state of the refrigerator, characterized in that the refrigerator further comprises: a transparent member installed in front of the door to form a front surface of the door, a transparent window part provided at a position of the transparent member corresponding to the display units to show the display units to the outside of the door, and switches to select the operating state of the refrigerator provided on the front surface of the control unit, wherein the switches include electrostatic switches operated by static electricity. a main body provided with storage chambers ; doors to respectively open and close the storage chambers ; a control unit installed in one door out of the doors to select an operation; a reception part provided in said one door to receive the control unit; an installation hole formed on a side end of the door to cause the control unit to be inserted into the reception part, and display units provided on a front surface of the control unit to display an operating state of the refrigerator, characterized in that the refrigerator further comprises: a transparent member installed in front of the door to form a front surface of the door, a transparent window part provided at a position of the transparent member corresponding to the display units to show the display units to the outside of the door, and switches to select the operating state of the refrigerator provided on the front surface of the control unit, wherein the switches include electrostatic switches operated by static electricity. a transparent member installed in front of the door to form a front surface of the door, a transparent window part provided at a position of the transparent member corresponding to the display units to show the display units to the outside of the door, and switches to select the operating state of the refrigerator provided on the front surface of the control unit, wherein the switches include electrostatic switches operated by static electricity.