mhurhangee/patent-ind-claim-en huggingface dataset:
An unmanned aircraft including: - an airframe, including a fuselage , a wing , and a tail ; - at least one main propulsion unit , consisting of at least one motor and at least one propeller ; - a flight control device , including a plurality of electric actuators , movable surfaces (31 to 34) and sensors ; and, - an auto-pilot computer , capable of sending instructions to the main propulsion unit and to the flight control device, the unmanned aircraft further comprising a pair of auxiliary propulsion units , mounted movably on the airframe, on both sides of a longitudinal vertical plane (XZ) of the airframe, each auxiliary propulsion unit including an electric motor, a propeller driven by the electric motor, and means for orienting a plane of the propeller relative to the airframe, characterized in that the auto-pilot computer is programmed for adjusting a steering angle and a propeller speed of each auxiliary propulsion unit so as to compensate for a malfunction of the flight control device and/or of the main propulsion unit, in order to control a trajectory of unmanned aircraft along all axes, so that the unmanned aircraft has an increased operational reliability. - an airframe, including a fuselage , a wing , and a tail ; - at least one main propulsion unit , consisting of at least one motor and at least one propeller ; - a flight control device , including a plurality of electric actuators , movable surfaces (31 to 34) and sensors ; and, - an auto-pilot computer , capable of sending instructions to the main propulsion unit and to the flight control device, the unmanned aircraft further comprising a pair of auxiliary propulsion units , mounted movably on the airframe, on both sides of a longitudinal vertical plane (XZ) of the airframe, each auxiliary propulsion unit including an electric motor, a propeller driven by the electric motor, and means for orienting a plane of the propeller relative to the airframe, characterized in that the auto-pilot computer is programmed for adjusting a steering angle and a propeller speed of each auxiliary propulsion unit so as to compensate for a malfunction of the flight control device and/or of the main propulsion unit, in order to control a trajectory of unmanned aircraft along all axes, so that the unmanned aircraft has an increased operational reliability.
A multifunction apparatus for processing webs of fibrous and/or pliable material, characterised by comprising: - a tubular sleeve of elastic material, for supporting the web to be processed, - a pair of discs for supporting said tubular sleeve, - a fixed shaft that is housed inside said tubular sleeve , said discs being mounted on said fixed shaft such that their axes are inclinable to the axis of said sleeve, said discs being connected through spherical joints to fixed end portions of said shaft extending beyond said discs, - means for causing the rotation of the disc/sleeve system relative to said shaft, - lateral pushers acting on the discs for inclining the discs with respect to the fixed shaft . - a tubular sleeve of elastic material, for supporting the web to be processed, - a pair of discs for supporting said tubular sleeve, - a fixed shaft that is housed inside said tubular sleeve , said discs being mounted on said fixed shaft such that their axes are inclinable to the axis of said sleeve, said discs being connected through spherical joints to fixed end portions of said shaft extending beyond said discs, - means for causing the rotation of the disc/sleeve system relative to said shaft, - lateral pushers acting on the discs for inclining the discs with respect to the fixed shaft .
Bearing arrangement including a rotating part , a non-rotating part and an end cap for exerting a preload on the bearing arrangement, wherein the rotating part is configured to rotate relative to the non-rotating part about an essentially horizontal bearing axis of rotation, the arrangement being provided with an energy generating system that is mounted in connection with the rotating part, characterized in that the energy generating system is arranged within the end cap and comprises a plurality of micro generator modules , wherein each micro generator module includes a housing , an eccentric mass mounted so as to be rotatable around a shaft in the housing , and a generator unit configured to generate electrical energy using the rotation of the shaft , whereby the shaft of the micro generator module has an axis of rotation which is essentially perpendicular to the bearing axis of rotation.
Liquid-storage device having a liquid container , having an overflow line which is connected to the liquid container, and having an evacuation line which is connected to the liquid container, characterized in that - the liquid-storage device has a common line which, at an interface , is connected to the overflow line and to the evacuation line , and - the common line , in the case of a liquid level which reaches or exceeds a predefined maximum liquid level in the liquid container , passes liquid from the overflow line on to a line end of the common line that is remote from the interface and, in the case of an evacuation of the liquid container , passes liquid from the evacuation line on to the line end of the common line that is remote from the interface . - the liquid-storage device has a common line which, at an interface , is connected to the overflow line and to the evacuation line , and - the common line , in the case of a liquid level which reaches or exceeds a predefined maximum liquid level in the liquid container , passes liquid from the overflow line on to a line end of the common line that is remote from the interface and, in the case of an evacuation of the liquid container , passes liquid from the evacuation line on to the line end of the common line that is remote from the interface .
A method of operation of a metal detector having a driver circuit for generating a drive signal for establishing an alternating magnetic field in a coil system so as to generate an output signal at a given frequency, said output signal having a first component and a second component, the first component being out of phase with respect to the second component at a predetermined phase angle, wherein the output signal is compensated for any noise or delay in measuring the output signal at a given frequency by the steps of:- a. measuring the output signal in the presence of ferrite between the coil system at a given frequency, b. digitally adjusting the output signal so that the output signal in the first or second component of the output signal is equal to or below a first predetermined threshold value and the output signal in the second or first component of the output signal is above a second predetermined threshold value, c. storing the adjustments made to the output signal at said given frequency in a database or a look-up table, d. repeating steps a, b and c for different frequencies, characterised in that the output signal is digitally adjusted by the steps of:- e. generating a reference signal; f. combining the reference signal with the output signal of ferrite in a phase sensitive detector at a given frequency; g. digitally adjusting the reference signal such that when combined with the output signal from ferrite, the output signal in the first or second component of the output signal is equal to or below the first predetermined threshold value and the output signal in the second or first component of the output signal is above or equal to the second predetermined threshold value; and wherein storing adjustments made to the output signal is by storing the adjustments made to the reference signal in the database or look-up table . a. measuring the output signal in the presence of ferrite between the coil system at a given frequency, b. digitally adjusting the output signal so that the output signal in the first or second component of the output signal is equal to or below a first predetermined threshold value and the output signal in the second or first component of the output signal is above a second predetermined threshold value, c. storing the adjustments made to the output signal at said given frequency in a database or a look-up table, d. repeating steps a, b and c for different frequencies, e. generating a reference signal; f. combining the reference signal with the output signal of ferrite in a phase sensitive detector at a given frequency; g. digitally adjusting the reference signal such that when combined with the output signal from ferrite, the output signal in the first or second component of the output signal is equal to or below the first predetermined threshold value and the output signal in the second or first component of the output signal is above or equal to the second predetermined threshold value;
A method for managing a connection of a user equipment, UE, to a network, the method comprising actions at an access node, AN, of: receiving a registration request from the UE comprising a mobile initiated connected only, MICO, mode preference; and transmitting the registration request to an access and mobility management function, AMF, ; forwarding a response to the UE , wherein the response includes the AMF's determination indicating that the MICO mode is allowed for the UE , a value of a periodic registration update timer, and an indication for disabling the UE's reset of the periodic registration update timer before the periodic registration update timer expires. receiving a registration request from the UE comprising a mobile initiated connected only, MICO, mode preference; and transmitting the registration request to an access and mobility management function, AMF, ; forwarding a response to the UE , wherein the response includes the AMF's determination indicating that the MICO mode is allowed for the UE , a value of a periodic registration update timer, and an indication for disabling the UE's reset of the periodic registration update timer before the periodic registration update timer expires.
A hormone secretion modulator comprising a peptide including an amino acid sequence of SEQ ID NO: 1, an amino acid sequence having a sequence identity of at least 80% with SEQ ID NO: 1, or a fragment of the amino acid sequence for use in a method of treatment, alleviation, or prevention of diseases or symptoms related to sex hormone levels inducing symptoms of diseases or sex hormone levels that affect the diseases or progression of the diseases, wherein the diseases are selected from the group consisting of breast cancer, ovarian cancer, menorrhagia, endometriosis, adenomyosis, uterine fibroids, female or male infertility, precocious puberty in children, and a combination thereof, wherein the peptide acts as a gonadotropin-releasing hormone (GnRH) agonist.
A transmitter apparatus for a wireless communication system, the transmitter apparatus comprising a processor configured to: receive at least one modulated data message; and spread the at least one modulated data message into a transmission signal using a low density signature matrix, wherein the low density signature matrix is a cycle-free signature matrix, characterized in that the cycle-free signature matrix is a concatenation of phase-rotating identity matrices and all-zero matrices. receive at least one modulated data message; and spread the at least one modulated data message into a transmission signal using a low density signature matrix, wherein the low density signature matrix is a cycle-free signature matrix, characterized in that the cycle-free signature matrix is a concatenation of phase-rotating identity matrices and all-zero matrices.
A bearing assembly for a gas turbine engine , the bearing assembly comprising: at least two bearings being axially spaced from one another relative to a central axis and configured to rotatably support a rotating component of a gas turbine engine ; and a bearing housing configured to be secured to a casing of a gas turbine engine , characterised in that : the bearing housing defines a bearing cavity (C) circumferentially extending around the central axis for receiving lubricant from a lubrication system (S) for lubricating the bearings , and the bearing housing includes a case extending at least axially relative to the central axis and extending circumferentially around the central axis , and bearing supports secured to the case at axially spaced apart locations of the case , the bearing supports radially supporting the at least two bearings , wherein the case includes an axially deformable bellows between the bearing supports , the bellows configured to permit axial relative movement of the bearings . at least two bearings being axially spaced from one another relative to a central axis and configured to rotatably support a rotating component of a gas turbine engine ; and a bearing housing configured to be secured to a casing of a gas turbine engine , the bearing housing defines a bearing cavity (C) circumferentially extending around the central axis for receiving lubricant from a lubrication system (S) for lubricating the bearings , and the bearing housing includes a case extending at least axially relative to the central axis and extending circumferentially around the central axis , and bearing supports secured to the case at axially spaced apart locations of the case , the bearing supports radially supporting the at least two bearings , wherein the case includes an axially deformable bellows between the bearing supports , the bellows configured to permit axial relative movement of the bearings .
A battery assembly comprising a battery pack ; a battery pack seat for installing the battery pack , wherein the battery pack seat has a base for achieving an electric connection with the battery pack ; a sealing member arranged between the battery pack and the base , wherein the base is provided with a first terminal which is arranged on the upper surface of the base matched with the battery pack , the battery pack is provided with a second terminal arranged on the under surface of the battery pack and matched with the first terminal , and one of the first terminal and the second terminal penetrates the sealing member to achieve the electric connection with the other one of the first terminal and the second terminal ; and a mounting groove is provided on one of the upper surface of the base and the under surface of the battery pack and the sealing member is mounted in the mounting groove , wherein the depth of the mounting groove is less than the thickness of the sealing member , characterised in that a protrusion portion is arranged on one of the under surface of the battery pack and the upper surface, the protrusion portion is annularly arranged around the first terminal or the second terminal and the area annularly surrounded by the protrusion portion is smaller than that of the sealing member . a battery pack ; a battery pack seat for installing the battery pack , wherein the battery pack seat has a base for achieving an electric connection with the battery pack ; a sealing member arranged between the battery pack and the base , wherein the base is provided with a first terminal which is arranged on the upper surface of the base matched with the battery pack , the battery pack is provided with a second terminal arranged on the under surface of the battery pack and matched with the first terminal , and one of the first terminal and the second terminal penetrates the sealing member to achieve the electric connection with the other one of the first terminal and the second terminal ; and a mounting groove is provided on one of the upper surface of the base and the under surface of the battery pack and the sealing member is mounted in the mounting groove , wherein the depth of the mounting groove is less than the thickness of the sealing member , characterised in that a protrusion portion is arranged on one of the under surface of the battery pack and the upper surface, the protrusion portion is annularly arranged around the first terminal or the second terminal and the area annularly surrounded by the protrusion portion is smaller than that of the sealing member .
A light source lens comprising: an incident surface on which light from a light-emitting device is incident; and an exit surface , wherein the exit surface comprises: a center part having a concave shape configured to diffuse the incident light, an intermediate part having an aspherical shape configured to condense the incident light, and a peripheral part that includes a flat part and a depressed part configured to condense the incident light, characterized in that the peripheral part has a quadrangular planar shape having four corners or four rounded corners as viewed from an optical-axis direction, and the depressed part is formed near each of the four corners. an incident surface on which light from a light-emitting device is incident; and an exit surface , wherein the exit surface comprises: a center part having a concave shape configured to diffuse the incident light, an intermediate part having an aspherical shape configured to condense the incident light, and a peripheral part that includes a flat part and a depressed part configured to condense the incident light, characterized in that a center part having a concave shape configured to diffuse the incident light, an intermediate part having an aspherical shape configured to condense the incident light, and a peripheral part that includes a flat part and a depressed part configured to condense the incident light, characterized in that the peripheral part has a quadrangular planar shape having four corners or four rounded corners as viewed from an optical-axis direction, and the depressed part is formed near each of the four corners.
A granule comprising; a core comprising an active agent that comprises an enzyme; a first moisture barrier layer comprising a moisture barrier material; a moisture hydrating layer comprising a moisture hydrating material surrounding the first moisture barrier layer; and, a second moisture barrier layer comprising a moisture barrier material surrounding the moisture hydrating layer; wherein the moisture barrier material of the first moisture barrier layer comprises PVA and talc, wherein the PVA is fully hydrolysed and present at 2%-4% w/w of the granule, and the talc is present at 5%-7% w/w of the granule.
An arrangement (36; 36a-36e) for a power tool , the arrangement (36; 36a-36e) comprising: - a base structure ; - a drive member rotatable relative to the base structure in a first direction and in a second direction from a neutral position ; - a stopping device (66; 66a-66e) comprising a movable element (68; 112; 140) and a limiting element (70; 106; 114; 128; 138); wherein the stopping device (66; 66a-66e) is arranged to adopt a first state where the movable element (68; 112; 140) is in a first region with respect to the limiting element (70; 106; 114; 128; 138), and where the stopping device (66; 66a-66e) allows rotation of the drive member in the first direction and generates a first counter torque against rotation of the drive member in the second direction from the neutral position ; wherein the stopping device (66; 66a-66e) is arranged to adopt a second state where the movable element (68; 112; 140) is in a second region with respect to the limiting element (70; 106; 114; 128; 138), and where the stopping device (66; 66a-66e) allows rotation of the drive member in the second direction and provides a second counter torque against rotation of the drive member in the first direction from the neutral position ; and characterised in that the stopping device (66; 66a-66e) is deflectable to switch from the first state to the second state by rotating the drive member in the second direction from the neutral position with a second switching torque overcoming the first counter torque . - a base structure ; - a drive member rotatable relative to the base structure in a first direction and in a second direction from a neutral position ; - a stopping device (66; 66a-66e) comprising a movable element (68; 112; 140) and a limiting element (70; 106; 114; 128; 138); wherein the stopping device (66; 66a-66e) is arranged to adopt a first state where the movable element (68; 112; 140) is in a first region with respect to the limiting element (70; 106; 114; 128; 138), and where the stopping device (66; 66a-66e) allows rotation of the drive member in the first direction and generates a first counter torque against rotation of the drive member in the second direction from the neutral position ; wherein the stopping device (66; 66a-66e) is arranged to adopt a second state where the movable element (68; 112; 140) is in a second region with respect to the limiting element (70; 106; 114; 128; 138), and where the stopping device (66; 66a-66e) allows rotation of the drive member in the second direction and provides a second counter torque against rotation of the drive member in the first direction from the neutral position ; and characterised in that the stopping device (66; 66a-66e) is deflectable to switch from the first state to the second state by rotating the drive member in the second direction from the neutral position with a second switching torque overcoming the first counter torque .