mhurhangee/patent-ind-claim-en huggingface dataset:
A system for securing one or more cables (C), comprising: a split sleeve extending longitudinally from a first terminal end to a second terminal end and transversely from a first side to a second side , the split sleeve being biased to a configuration in which the first side at least partially overlies the second side in the absence of externally applied force; and a tool for installing cables (C) in the split sleeve , the tool comprising: a center portion having first and second arcuate lateral extensions; a first arcuate guide portion extending from and positioned radially outward of the first lateral extension, the first guide portion and first lateral extension forming a first guide slot therebetween; and a second arcuate guide portion extending from and positioned radially outward of the second lateral extension, the second guide portion and second lateral extension forming a second guide slot therebetween, such that, when the split sleeve is assembled to the tool , the first guide slot is configured to slide along the first side of the split sleeve and the second guide slot is configured to slide along the second side of the split sleeve . a split sleeve extending longitudinally from a first terminal end to a second terminal end and transversely from a first side to a second side , the split sleeve being biased to a configuration in which the first side at least partially overlies the second side in the absence of externally applied force; and a tool for installing cables (C) in the split sleeve , the tool comprising: a center portion having first and second arcuate lateral extensions; a first arcuate guide portion extending from and positioned radially outward of the first lateral extension, the first guide portion and first lateral extension forming a first guide slot therebetween; and a second arcuate guide portion extending from and positioned radially outward of the second lateral extension, the second guide portion and second lateral extension forming a second guide slot therebetween, a center portion having first and second arcuate lateral extensions; a first arcuate guide portion extending from and positioned radially outward of the first lateral extension, the first guide portion and first lateral extension forming a first guide slot therebetween; and a second arcuate guide portion extending from and positioned radially outward of the second lateral extension, the second guide portion and second lateral extension forming a second guide slot therebetween, such that, when the split sleeve is assembled to the tool , the first guide slot is configured to slide along the first side of the split sleeve and the second guide slot is configured to slide along the second side of the split sleeve .
Device for inspecting an alternator of a plant for electric energy production comprising: - a probe ; - first moving means configured for moving the probe along a moving axis (V) lying on a moving plane; - at least a first driving element shaped for deflecting the probe in a first direction (D1, D2, D3) transversal to the moving axis (V) on a first side of the plane; the device being characterized in that , in use, the driving element is arranged so that, once deflected, the probe penetrates inside one slot of the alternator. - a probe ; - first moving means configured for moving the probe along a moving axis (V) lying on a moving plane; - at least a first driving element shaped for deflecting the probe in a first direction (D1, D2, D3) transversal to the moving axis (V) on a first side of the plane;
An optoelectronic sensor arrangement having at least one light transmitter for transmitting light signals into a monitored zone ; a control unit for controlling the light transmitter , having a first light receiver for receiving the light signals transmitted from the light transmitter , wherein the light receiver is configured as a receiver line ; having a first main evaluation unit for evaluating the received signals of the first light receiver ; having a second light receiver for receiving the light signals transmitted from the light transmitter , wherein the light receiver is configured as a receiver line ; wherein the optoelectronic sensor arrangement is a triangulation light scanner, characterized in that the optoelectronic sensor arrangement is equipped with a second secondary evaluation unit for evaluating the received signals of the second light receiver ; and at least one first ASIC module is provided, with the ASIC module having at least the control unit , with the first light receiver and the first main evaluation unit being arranged in the first ASIC module and the second light receiver and the second secondary evaluation unit being arranged in a second ASIC module , and with the first ASIC module and the second ASIC module each having a double receiver synchronizer unit that are each connected to one another. a control unit for controlling the light transmitter , having a first light receiver for receiving the light signals transmitted from the light transmitter , wherein the light receiver is configured as a receiver line ; having a first main evaluation unit for evaluating the received signals of the first light receiver ; having a second light receiver for receiving the light signals transmitted from the light transmitter , wherein the light receiver is configured as a receiver line ; wherein the optoelectronic sensor arrangement is a triangulation light scanner, characterized in that the optoelectronic sensor arrangement is equipped with a second secondary evaluation unit for evaluating the received signals of the second light receiver ; and at least one first ASIC module is provided, with the ASIC module having at least the control unit , with the first light receiver and the first main evaluation unit being arranged in the first ASIC module and the second light receiver and the second secondary evaluation unit being arranged in a second ASIC module , and with the first ASIC module and the second ASIC module each having a double receiver synchronizer unit that are each connected to one another.
A capsule for an evacuated tube transport system , the capsule comprising: a capsule body for carrying passengers within an evacuated tube ; a first door disposed in a first end of the body; and a first coupling mechanism and a first sealing mechanism arranged respectively to couple the capsule to another capsule at the end of the body while the capsules are moving and to establish a seal around the first door and a corresponding door in the other capsule to enable passengers to move from one capsule to another through the doors without exposing the passengers to the pressure of the evacuated tube , characterised in that the capsule comprises a first reservoir arranged to be maintained at a pressure higher than the evacuated tube , the first reservoir in fluid communication with a plurality of vents disposed in an underside of the capsule to enable gas to be vented from the first reservoir to form a gas cushion under the capsule and further comprising at least one inlet via which gas is injected into the capsule to maintain the first reservoir at a pressure higher than the evacuated tube . a capsule body for carrying passengers within an evacuated tube ; a first door disposed in a first end of the body; and a first coupling mechanism and a first sealing mechanism arranged respectively to couple the capsule to another capsule at the end of the body while the capsules are moving and to establish a seal around the first door and a corresponding door in the other capsule to enable passengers to move from one capsule to another through the doors without exposing the passengers to the pressure of the evacuated tube , characterised in that the capsule comprises a first reservoir arranged to be maintained at a pressure higher than the evacuated tube , the first reservoir in fluid communication with a plurality of vents disposed in an underside of the capsule to enable gas to be vented from the first reservoir to form a gas cushion under the capsule and further comprising at least one inlet via which gas is injected into the capsule to maintain the first reservoir at a pressure higher than the evacuated tube .
Scientific instrument comprising a pressure sensor , said sensor including a capsule cooperating with a transmission device for providing, from the deformation of the capsule, a value representative of pressure, characterized in that the capsule comprises two shells secured to each other so as to be joined by a common closed surface and together defining, on both sides of said surface, a closed space delimited by said shells, the two shells being flexible membranes able to deform under the effect of a physical magnitude, characterized in that at least one of said membranes is made of an at least partially amorphous metal alloy in order to optimise the dimensions of said capsule and in that said instrument comprises a support onto which said capsule is fixed at the common closed surface .
An uplink control channel resource determining method performed by a user equipment, UE, comprising: obtaining (S103) resource configuration information, wherein the resource configuration information is used to configure at least one of a first hop resource of a first uplink control channel, PUCCH, a frequency domain resource offset of the first PUCCH, or a bandwidth of a bandwidth part, BWP for the UE; and determining (S104) a second hop resource of the first PUCCH based on the resource configuration information; wherein the determining a second hop resource of the first PUCCH comprises: determining the second hop resource of the first PUCCH based on the first hop resource of the first PUCCH according to the following rule: index 2 = f n _ BWP , index 1 + offset , wherein f(n_BWP, index1) represents a mirror function or a step function, index2 represents an index of the second hop resource of the first PUCCH, index2 indicates the second hop resource of the first PUCCH, index1 represents an index of the first hop resource of the first PUCCH, index1 indicates the first hop resource of the first PUCCH, n_BWP represents a total quantity of resource units comprised in the BWP, and offset represents the frequency domain resource offset of the first PUCCH. obtaining (S103) resource configuration information, wherein the resource configuration information is used to configure at least one of a first hop resource of a first uplink control channel, PUCCH, a frequency domain resource offset of the first PUCCH, or a bandwidth of a bandwidth part, BWP for the UE; and determining (S104) a second hop resource of the first PUCCH based on the resource configuration information; wherein the determining a second hop resource of the first PUCCH comprises: determining the second hop resource of the first PUCCH based on the first hop resource of the first PUCCH according to the following rule: index 2 = f n _ BWP , index 1 + offset , wherein f(n_BWP, index1) represents a mirror function or a step function, index2 represents an index of the second hop resource of the first PUCCH, index2 indicates the second hop resource of the first PUCCH, index1 represents an index of the first hop resource of the first PUCCH, index1 indicates the first hop resource of the first PUCCH, n_BWP represents a total quantity of resource units comprised in the BWP, and offset represents the frequency domain resource offset of the first PUCCH. determining the second hop resource of the first PUCCH based on the first hop resource of the first PUCCH according to the following rule: index 2 = f n _ BWP , index 1 + offset , wherein f(n_BWP, index1) represents a mirror function or a step function, index2 represents an index of the second hop resource of the first PUCCH, index2 indicates the second hop resource of the first PUCCH, index1 represents an index of the first hop resource of the first PUCCH, index1 indicates the first hop resource of the first PUCCH, n_BWP represents a total quantity of resource units comprised in the BWP, and offset represents the frequency domain resource offset of the first PUCCH.
A pinching detection switch comprising: at least two pressure sensitive detection members (5-1, 5-2) having a plurality of electrode wires separated from each other; and a cover member covering the pressure sensitive detection members (5-1, 5-2), wherein the cover member includes a base portion (4-1), a hollow portion , and a deformation portion (4-2) in a sectional view of the cover member , the deformation portion (4-2) being provided to the base portion (4-1) so as to cover the hollow portion , the first and the second pressure sensitive detection members (5-1,5-2) are arranged in the deformation portion (4-2), a receiving portion receiving the pressure sensitive detection members (5-1, 5-2) is placed in the base portion (4-1), and the receiving portion includes a first receiving face (8-1) receiving the first pressure sensitive detection member (5-1), and a second receiving face (8-2) receiving the second pressure sensitive detection member (5-2), the first and second receiving faces (8-1, 8-2) being arranged at positions opposing the first and second pressure sensitive detection members (5-1, 5-2), respectively, characterized in that the at least pressure sensitive detection members (5-1, 5-2) are tubular, and that an outer shape of the receiving portion has a trapezoidal shape which becomes smaller from the base portion (4-1) toward the deformation portion (4-2) in the sectional view of the cover member and an upper face of the trapezoidal receiving portion is the first receiving face (8-1) and a first incline of the trapezoidal receiving portion is the second receiving face (8-2). at least two pressure sensitive detection members (5-1, 5-2) having a plurality of electrode wires separated from each other; and a cover member covering the pressure sensitive detection members (5-1, 5-2), wherein the cover member includes a base portion (4-1), a hollow portion , and a deformation portion (4-2) in a sectional view of the cover member , the deformation portion (4-2) being provided to the base portion (4-1) so as to cover the hollow portion , the first and the second pressure sensitive detection members (5-1,5-2) are arranged in the deformation portion (4-2), a receiving portion receiving the pressure sensitive detection members (5-1, 5-2) is placed in the base portion (4-1), and the receiving portion includes a first receiving face (8-1) receiving the first pressure sensitive detection member (5-1), and a second receiving face (8-2) receiving the second pressure sensitive detection member (5-2), the first and second receiving faces (8-1, 8-2) being arranged at positions opposing the first and second pressure sensitive detection members (5-1, 5-2), respectively, characterized in that the at least pressure sensitive detection members (5-1, 5-2) are tubular, and that an outer shape of the receiving portion has a trapezoidal shape which becomes smaller from the base portion (4-1) toward the deformation portion (4-2) in the sectional view of the cover member and an upper face of the trapezoidal receiving portion is the first receiving face (8-1) and a first incline of the trapezoidal receiving portion is the second receiving face (8-2).
At least one oligonucleotide comprising the sequence as set forth in SEQ ID NO:1 to SEQ ID NO:15 for use in the treatment of filovirus infection in a subject in need thereof.
An antenna module , comprising: a first substrate having a first length and a first width; an F antenna disposed on the first substrate and configured to radiate a first signal having a wavelength and a first polarization approximately parallel to the first substrate and generally aligned with the first length; a second substrate having a second length and a second width, wherein the second substrate is electrically coupled approximately orthogonal to the first substrate ; and a T antenna disposed on the second substrate and configured to radiate a second signal having the wavelength and a second polarization that is approximately orthogonal to the first polarization and approximately orthogonal to the first substrate , characterized in that : the second substrate is orthogonal to the first length, the second width is approximately equal to the first width, and the T antenna is spaced from the F antenna by a distance that is less than one half the wavelength. a first substrate having a first length and a first width; an F antenna disposed on the first substrate and configured to radiate a first signal having a wavelength and a first polarization approximately parallel to the first substrate and generally aligned with the first length; a second substrate having a second length and a second width, wherein the second substrate is electrically coupled approximately orthogonal to the first substrate ; and a T antenna disposed on the second substrate and configured to radiate a second signal having the wavelength and a second polarization that is approximately orthogonal to the first polarization and approximately orthogonal to the first substrate , characterized in that : the second substrate is orthogonal to the first length, the second width is approximately equal to the first width, and the T antenna is spaced from the F antenna by a distance that is less than one half the wavelength. the second substrate is orthogonal to the first length, the second width is approximately equal to the first width, and the T antenna is spaced from the F antenna by a distance that is less than one half the wavelength.
Injection nozzle for injecting a reducing agent into the exhaust gas flow of an internal combustion engine for selective catalytic reduction, in particular for the pulverization of the reducing agent by means of compressed air or propellant, wherein the injection nozzle comprises an outer body , an inner body arranged in the outer body and a nozzle head , wherein the outer body has a reducing agent inlet , wherein between the outer body and the inner body a reducing agent chamber is formed, wherein the inner body has at least one heating element or is in the form of a heating element, characterized in that the reducing agent chamber is filled at least partially with a heat transfer material and the heat transfer material has at least partially a coating, wherein the coating has at least one hydrolysis catalyst, in particular TiO 2 , and/or a protection against corrosion, in particular Al 2 O 3 and/or FeCrAl.
A method for transmitting an uplink reference signal, performed by a user equipment , the method comprising: receiving synchronization signals (S101); and transmitting a first uplink demodulation reference signal, DM-RS, generated based on a physical cell identity, ID, which is determined by the synchronization signals (S106), wherein when a value for a virtual cell ID is configured by a higher layer signal and when a value for a DM-RS sequence generation process is configured by a higher layer signal, the user equipment transmits a second uplink DM-RS that is generated based on the virtual cell ID and whose sequence is defined by the value for the virtual cell ID and the value for the DM-RS sequence generation process. receiving synchronization signals (S101); and transmitting a first uplink demodulation reference signal, DM-RS, generated based on a physical cell identity, ID, which is determined by the synchronization signals (S106), wherein when a value for a virtual cell ID is configured by a higher layer signal and when a value for a DM-RS sequence generation process is configured by a higher layer signal, the user equipment transmits a second uplink DM-RS that is generated based on the virtual cell ID and whose sequence is defined by the value for the virtual cell ID and the value for the DM-RS sequence generation process.
Vehicle comprising a braking system for braking the vehicle ; a reverse gear for starting to drive the vehicle in reverse ; a sensor for detecting an engaged reverse gear ; a brake activating device , connected to the sensor , wherein the brake activating device activates the braking system automatically by engaging a reverse gear, without a driver of the vehicle operating a brake, once the sensor has detected the engaged reverse gear , characterised in that , when the braking system is activated, a plurality of brake lights of the vehicle can be switched on by means of a light switch-on device , an increased braking pressure is automatically adjustable with the brake activating device , wherein upon the detection of an engaging of the reverse gear by the sensor the braking pressure is increased slightly, such that the plurality of brake lights is switched on, wherein, when the plurality of brake lights is switched on, a region behind the vehicle is illuminated in addition to a switched-on reversing light , and the vehicle comprises a camera , the field of view of which is directed onto the region behind the vehicle and the switched-on plurality of brake lights is used to illuminate the field of view of the camera, wherein the camera is pivotably mounted, so that a pivoting is coordinated with an activation of one of the plurality of the brake lights . a braking system for braking the vehicle ; a reverse gear for starting to drive the vehicle in reverse ; a sensor for detecting an engaged reverse gear ; a brake activating device , connected to the sensor , wherein the brake activating device activates the braking system automatically by engaging a reverse gear, without a driver of the vehicle operating a brake, once the sensor has detected the engaged reverse gear , characterised in that , when the braking system is activated, a plurality of brake lights of the vehicle can be switched on by means of a light switch-on device , an increased braking pressure is automatically adjustable with the brake activating device , wherein upon the detection of an engaging of the reverse gear by the sensor the braking pressure is increased slightly, such that the plurality of brake lights is switched on, wherein, when the plurality of brake lights is switched on, a region behind the vehicle is illuminated in addition to a switched-on reversing light , and the vehicle comprises a camera , the field of view of which is directed onto the region behind the vehicle and the switched-on plurality of brake lights is used to illuminate the field of view of the camera, wherein the camera is pivotably mounted, so that a pivoting is coordinated with an activation of one of the plurality of the brake lights .