mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for an automatically balanced ionizing blower , comprising: an ion balance control system configured to sample and compare output signals from an ionization current return sensor and an ionization voltage sensor in a time interval between ionizing pulses; wherein the ionization current return sensor is within the ionizing blower , characterised in that the ionization voltage sensor is a remote sensor external to the ionizing blower , and the ionization current return sensor and the ionization voltage sensor are individually addressable and have unique identifiers to enable specific pairing of said sensors to the ionizing blower . an ion balance control system configured to sample and compare output signals from an ionization current return sensor and an ionization voltage sensor in a time interval between ionizing pulses; wherein the ionization current return sensor is within the ionizing blower , characterised in that the ionization voltage sensor is a remote sensor external to the ionizing blower , and the ionization current return sensor and the ionization voltage sensor are individually addressable and have unique identifiers to enable specific pairing of said sensors to the ionizing blower .
A thickening/stabilizing agent comprising: a compound represented by Formula (i); and a compound represented by Formula (ii), in a mole ratio of the compound to the compound of 95:5 to 25:75, Formulae (i) and (ii) expressed as follows: wherein four R 1 s in Formula (i) represent, identically in each occurrence, an C 12 -C 18 aliphatic hydrocarbon group; and four R 2 s in Formula (ii) represent, identically in each occurrence, an C 4 -C 10 aliphatic hydrocarbon group. a compound represented by Formula (i); and a compound represented by Formula (ii), in a mole ratio of the compound to the compound of 95:5 to 25:75, Formulae (i) and (ii) expressed as follows: wherein four R 1 s in Formula (i) represent, identically in each occurrence, an C 12 -C 18 aliphatic hydrocarbon group; and four R 2 s in Formula (ii) represent, identically in each occurrence, an C 4 -C 10 aliphatic hydrocarbon group.
A golf ball comprising a spherical core and a cover disposed outside the spherical core , wherein when a center hardness of the spherical core in Shore C hardness, hardnesses at 2.5 mm, 5 mm, 7.5 mm, 10 mm, 12.5 mm and 15 mm points from a center of the spherical core toward a surface of the spherical core in Shore C hardness, and a surface hardness of the spherical core in Shore C hardness are represented by H 0 , H 2.5 , H 5 , H 7.5 , H 10 , H 12.5 , H 15 and H s respectively, the following relation is satisfied: H 2.5 − H 0 > H 12.5 − H 10 > H s − H 15 , and a relation of H 0 ≥60 is satisfied, characterized in that a relation of 15≤(H s -H 0 )≤25 is satisfied. and a relation of H 0 ≥60 is satisfied, characterized in that a relation of 15≤(H s -H 0 )≤25 is satisfied.
O-Acetylserine, or one of its salts, for use thereof in the treatment and/or the prevention of glucose intolerance and/or one or more diseases associated with glucose intolerance in an individual.
An apparatus, comprising: a surgical instrument manipulator assembly comprising a housing , a motor pack , an insertion assembly (431, and a preload assembly ; the motor pack being movably mounted in the housing ; the insertion assembly being coupled to the surgical instrument manipulator assembly and comprising a preload track ; and the preload assembly comprising an arm , a cam follower assembly , and a preload reset assembly, the arm comprising a first end rotatably coupled to the cam follower assembly , the arm comprising a second end coupled to the motor pack , the cam follower assembly being configured to ride on the preload track , the preload reset assembly being configured to position the preload assembly at a first location on the preload track , and on a condition that the preload assembly is at the first location, the preload assembly applies a force on the motor pack . a surgical instrument manipulator assembly comprising a housing , a motor pack , an insertion assembly (431, and a preload assembly ; the motor pack being movably mounted in the housing ; the insertion assembly being coupled to the surgical instrument manipulator assembly and comprising a preload track ; and the preload assembly comprising an arm , a cam follower assembly , and a preload reset assembly, the arm comprising a first end rotatably coupled to the cam follower assembly , the arm comprising a second end coupled to the motor pack , the cam follower assembly being configured to ride on the preload track , the preload reset assembly being configured to position the preload assembly at a first location on the preload track , and on a condition that the preload assembly is at the first location, the preload assembly applies a force on the motor pack . the arm comprising a first end rotatably coupled to the cam follower assembly , the arm comprising a second end coupled to the motor pack , the cam follower assembly being configured to ride on the preload track , the preload reset assembly being configured to position the preload assembly at a first location on the preload track , and on a condition that the preload assembly is at the first location, the preload assembly applies a force on the motor pack .
A door leaf for motor vehicles and rail vehicles, comprising a primary closing edge , wherein - a light source is disposed on the primary closing edge , - a light profile is disposed on the primary closing edge and configured for conducting and scattering a light emission of the light source , wherein the light profile forms a first light profile groove and a second light profile groove , and wherein the shape of the first light profile groove is adapted to the shape of the light source such that the light source is disposed therein, - characterized in that a rubber finger guard is disposed on the light profile on the side of the light profile opposite the door leaf in the second light profile groove . - a light source is disposed on the primary closing edge , - a light profile is disposed on the primary closing edge and configured for conducting and scattering a light emission of the light source , wherein the light profile forms a first light profile groove and a second light profile groove , and wherein the shape of the first light profile groove is adapted to the shape of the light source such that the light source is disposed therein, - characterized in that
A method for material forming and/or cutting, by means of a tool and a drive unit , the method comprising moving the drive unit to provide kinetic energy to the tool , for the tool to strike a work material (W), so as to form and/or cut the work material (W), characterized in that either moving the drive unit comprises accelerating the drive unit and the tool is in contact with the drive unit during at least a major part of the acceleration of the drive unit , or the tool is stationary before providing kinetic energy to the tool by the movement of the drive unit and moving the drive unit to provide kinetic energy to the tool comprises striking the stationary tool with the drive unit ; and in that the tool is operatively disassociated from the drive unit before the tool strikes the work material (W). either moving the drive unit comprises accelerating the drive unit and the tool is in contact with the drive unit during at least a major part of the acceleration of the drive unit , or the tool is stationary before providing kinetic energy to the tool by the movement of the drive unit and moving the drive unit to provide kinetic energy to the tool comprises striking the stationary tool with the drive unit ; and in that the tool is operatively disassociated from the drive unit before the tool strikes the work material (W).
A pharmaceutical composition comprising a hyaluronic acid (HA)/carnosine conjugate with a direct amide bond between the carboxyl group of hyaluronic acid and the amine group of carnosine for use in the prevention and treatment of osteoarthritis and the treatment of rheumatoid arthritis (RA), wherein the derivatization degree of the carboxyl groups of HA with carnosine ranges from 30 to 60% and the average molecular weight of HA ranges from 1× 10 5 Da to 1×10 6 Da.
A method for positioning a bending tool by means of an electromagnet which bending tool is held on a tool holder by a retaining carriage that can be displaced in a direction of movement along a retaining-carriage guide and which bending tool comprises a magnet holder of a magnetizable material, wherein the electromagnet can be displaced along a magnetic guide, characterized in that the electromagnet and the magnet holder have congruent, polygonal shapes which can be positioned into one another and a magnetic force is applied between the electromagnet and the magnet holder , wherein the electromagnet is energized with a nominal voltage for generation of a nominal force as magnetic force, which nominal force, dependent on - the tool weight (P) and/or - the inertial forces acting on the bending tool and/or - the friction acting in the retaining-carriage guide and/or - the orientation of the magnetic force relative to the movement direction and/or - the size of the contact area of the contact faces and/or - an extension of the magnetic field into regions having further magnetizable workpieces is increased or decreased by a pulse width modulation or by a change of a voltage or by a change of the current capacity in time spans for generation of the necessary magnetic force. - the tool weight (P) and/or - the inertial forces acting on the bending tool and/or - the friction acting in the retaining-carriage guide and/or - the orientation of the magnetic force relative to the movement direction and/or - the size of the contact area of the contact faces and/or - an extension of the magnetic field into regions having further magnetizable workpieces
A communication device comprising: a communication unit that has a plurality of ports and relays data in accordance with a setting status of a plurality of VLANs; a status information management unit that manages, for each of the ports, status information that indicates whether or not the port is currently used by each of the VLANs; and an SNMP processing unit that: receives a request, on a port-by-port basis, for the status information in accordance with an SNMP; obtains the status information, on a port-by-port basis, from the status information management unit; and sends the obtained status information to another device in accordance with the SNMP. a communication unit that has a plurality of ports and relays data in accordance with a setting status of a plurality of VLANs; a status information management unit that manages, for each of the ports, status information that indicates whether or not the port is currently used by each of the VLANs; and an SNMP processing unit that: receives a request, on a port-by-port basis, for the status information in accordance with an SNMP; obtains the status information, on a port-by-port basis, from the status information management unit; and sends the obtained status information to another device in accordance with the SNMP. receives a request, on a port-by-port basis, for the status information in accordance with an SNMP; obtains the status information, on a port-by-port basis, from the status information management unit; and sends the obtained status information to another device in accordance with the SNMP.
Solid isomalt composition characterized in that it has the glycosylated isomalt components 1-O-(6'-O-alpha-D-glucopyranosyl)-alpha-D-glucopyranosyl-D-mannitol (6'-g-1,1-GPM), 6-O-(6'-O-alpha-D-glucopyranosyl)-alpha-D-glucopyranosyl-D-sorbitol (6'-g-1,6-GPS), 1,6-di-O-alpha-D-glucopyranosyl-D-sorbitol (1-g-1,6-GPS) and 1,6-di-O-alpha-D-glucopyranosyl-D-mannitol (6-g-1,1-GPM), wherein the weight ratio of 6'-g-1,1-GPM : 6'-g-1,6-GPS : 1-g-1,6-GPS : 6-g-1,1-GPM in the isomalt composition is 1:(0.7-1.3):(0.3-1.1):(1-2) (in each case based on wt.-% and dry matter (DM) of the glycosylated isomalt components).
An electrode for a non-aqueous electrolyte rechargeable battery, comprising a current collector, an electrode mixed material layer, and a conductive base layer between the current collector and the electrode mixed material layer, wherein the base layer includes a styrene-acrylic acid ester-based copolymer, a carbon material, and polyacrylic acid, a content of the styrene-acrylic acid ester-based copolymer is greater than or equal to 45 wt% and less than or equal to 77.5 wt% based on 100 wt% of the base layer, in the polyacrylic acid, a carboxy group is not neutralized or a ratio of a neutralized carboxy group neutralized by alkali metal ions among the carboxy groups is greater than 0 mol% and less than or equal to 25 mol% based on 100 mol% of the carboxy groups, and a loading amount of the electrode mixed material layer per one surface of the current collector is greater than or equal to 15 mg/cm 2 and less than or equal to 70 mg/cm 2 . a current collector, an electrode mixed material layer, and a conductive base layer between the current collector and the electrode mixed material layer, wherein the base layer includes a styrene-acrylic acid ester-based copolymer, a carbon material, and polyacrylic acid, a content of the styrene-acrylic acid ester-based copolymer is greater than or equal to 45 wt% and less than or equal to 77.5 wt% based on 100 wt% of the base layer, in the polyacrylic acid, a carboxy group is not neutralized or a ratio of a neutralized carboxy group neutralized by alkali metal ions among the carboxy groups is greater than 0 mol% and less than or equal to 25 mol% based on 100 mol% of the carboxy groups, and a loading amount of the electrode mixed material layer per one surface of the current collector is greater than or equal to 15 mg/cm 2 and less than or equal to 70 mg/cm 2 .
A method , comprising: receiving , by a first storage device in a storage cluster comprising a plurality of storage devices, a request for reading a data, the storage cluster having a cache memory accessible by the plurality of storage devices, and the cache memory comprising a plurality of memories located in the respective plurality of storage devices; locating a first address array upon receipt of the request, the first address array comprising one or more addresses; determining a first address from the first address array in accordance with the request, and the first address identifying a memory location of a second address array, the second address array comprising one or more memory addresses; determining a second address from the second address array in accordance with request, the second address identifying a memory location of the data that has been cached in the cache memory; and reading the data from the cache memory in accordance with the second address. receiving , by a first storage device in a storage cluster comprising a plurality of storage devices, a request for reading a data, the storage cluster having a cache memory accessible by the plurality of storage devices, and the cache memory comprising a plurality of memories located in the respective plurality of storage devices; locating a first address array upon receipt of the request, the first address array comprising one or more addresses; determining a first address from the first address array in accordance with the request, and the first address identifying a memory location of a second address array, the second address array comprising one or more memory addresses; determining a second address from the second address array in accordance with request, the second address identifying a memory location of the data that has been cached in the cache memory; and reading the data from the cache memory in accordance with the second address.
Method for determining, by pairs of spacecraft, the relative angular position between multiple remote spacecraft , characterized in that it consists in: - sequentially transmitting at least three radiofrequency signals from a triplet of antennas mounted on a first face of a first spacecraft, called host craft , the triplet of antennas consisting of a main transmitting and receiving antenna and two secondary transmitting antennas , - receiving the three radiofrequency signals on a transmitting and receiving antenna of one or more second spacecraft, called companion craft , measuring , onboard each companion craft , path differences between the signal from the main antenna and the signals from each of the two secondary antennas , then transmitting, by each companion craft to the host craft , a radiofrequency signal containing the measurements carried out, - receiving and processing , onboard the host craft , the radiofrequency signal containing the measurements transmitted by each companion craft and in deducing therefrom the relative angular position of each companion craft in a reference frame linked to the host craft . - sequentially transmitting at least three radiofrequency signals from a triplet of antennas mounted on a first face of a first spacecraft, called host craft , the triplet of antennas consisting of a main transmitting and receiving antenna and two secondary transmitting antennas , - receiving the three radiofrequency signals on a transmitting and receiving antenna of one or more second spacecraft, called companion craft , measuring , onboard each companion craft , path differences between the signal from the main antenna and the signals from each of the two secondary antennas , then transmitting, by each companion craft to the host craft , a radiofrequency signal containing the measurements carried out, - receiving and processing , onboard the host craft , the radiofrequency signal containing the measurements transmitted by each companion craft and in deducing therefrom the relative angular position of each companion craft in a reference frame linked to the host craft .
A locking construction for agricultural machines comprising a framework , wherein said locking construction comprises a top bracket to be clamped to said framework , and a counter-bracket cooperating with said top bracket to lock a functional element to said framework , said construction comprising moreover a clamping or locking device, engaging said counter-bracket and top bracket to lock said functional element on said framework , wherein said clamping device consists of a clamping bolt , wherein said functional element consists of a spring or resilient tooth element, operating for processing soil either directly or through a disc element, wherein said top bracket has a concave arched shape allowing said top bracket to be resiliently deformed, characterized in that: - said top bracket comprises backward offset boss elements , arrangeable near the framework , operable on a framework edge to draw said top bracket against said framework and causing said top bracket to tightly contact said framework ; - said counter-bracket comprises two tongues engageable against a front portion of said framework and frontward drawing said counter-bracket , as said clamping bolt is clamped, wherein said counter-bracket comprises counter-bracket edges so bent as to lock side portions of said spring thereby preventing said spring and said framework from mutually turning; - said counter-bracket comprises a tooth element pattern engageable against a rear face of the top bracket , and - said top bracket comprises a window for receiving said counter-bracket , said counter-bracket comprising a slot facilitating an insertion of said clamping bolt in an assembling operation and allowing said top bracket to approach as said clamping bolt is clamped. - said top bracket comprises backward offset boss elements , arrangeable near the framework , operable on a framework edge to draw said top bracket against said framework and causing said top bracket to tightly contact said framework ; - said counter-bracket comprises two tongues engageable against a front portion of said framework and frontward drawing said counter-bracket , as said clamping bolt is clamped, wherein said counter-bracket comprises counter-bracket edges so bent as to lock side portions of said spring thereby preventing said spring and said framework from mutually turning; - said counter-bracket comprises a tooth element pattern engageable against a rear face of the top bracket , and - said top bracket comprises a window for receiving said counter-bracket , said counter-bracket comprising a slot facilitating an insertion of said clamping bolt in an assembling operation and allowing said top bracket to approach as said clamping bolt is clamped.
An acoustic sensor system for an aircraft, the acoustic sensor system comprising: a transmitter (12; 12'; 12") configured to be positioned on an exterior of the aircraft and configured to emit acoustic signals external to the aircraft; at least one microphone configured to be positioned on an exterior of the aircraft and configured to sense the acoustic signals as sensed data; an echo protector fixed over the transmitter (12; 12'; 12") and shaped to direct the acoustic signals toward the at least one microphone such that the sound pressure level is attenuated perpendicular to the aircraft, characterised in that the acoustic sensor system comprises: a control circuit configured to determine that the aircraft is on the ground based on parameters received from onboard aircraft systems and to determine the presence of a hard target in proximity to the transmitter (12; 12'; 12") by detecting an echo of an acoustic emitted pulse, wherein the control circuit is further configured to reduce the intensity of the acoustic signals emitted by the transmitter (12; 12'; 12") when the control circuit determines that the aircraft is on the ground and determines the presence of a hard target in proximity to the transmitter (12; 12'; 12"). a transmitter (12; 12'; 12") configured to be positioned on an exterior of the aircraft and configured to emit acoustic signals external to the aircraft; at least one microphone configured to be positioned on an exterior of the aircraft and configured to sense the acoustic signals as sensed data; an echo protector fixed over the transmitter (12; 12'; 12") and shaped to direct the acoustic signals toward the at least one microphone such that the sound pressure level is attenuated perpendicular to the aircraft, characterised in that the acoustic sensor system comprises: a control circuit configured to determine that the aircraft is on the ground based on parameters received from onboard aircraft systems and to determine the presence of a hard target in proximity to the transmitter (12; 12'; 12") by detecting an echo of an acoustic emitted pulse, wherein the control circuit is further configured to reduce the intensity of the acoustic signals emitted by the transmitter (12; 12'; 12") when the control circuit determines that the aircraft is on the ground and determines the presence of a hard target in proximity to the transmitter (12; 12'; 12").