mhurhangee/patent-ind-claim-en huggingface dataset:
A disk brake having a cylinder slidably accommodating a piston that presses a brake pad against a disk , said cylinder comprising a plate-shaped cover member constituting a bottom of said cylinder and a cylinder body having an opening that is closed with said cover member , said cover member being joined to said cylinder body by friction stir welding to close said opening , wherein the cover member can be fitted to the cylinder body reversely in terms of an obverse-reverse orientation, wherein said cover member has a projection on one side thereof having a circular sectional configuration, and wherein said cover member is joined to said cylinder body with said projection of said one side facing said inside of said cylinder , characterized in that said cover member has a blind hole on the other side thereof having a circular sectional configuration, in that the blind hole is sized so as to be contained inside an inner circumferential edge of a circumference defined by weld beads formed by a welding tool during the friction stir welding between the cover member and the cylinder body , and in that said blind hole has a diameter smaller than a diameter of said projection .
Multi-layer film comprising at least three layers, with two outer layers and one core layer, wherein the two outer layers comprise between > 50 wt. % and 85 wt. % of a low density polyethylene having a density between 0.915 g/cm 3 and 0.935 g/cm 3 and between 15 wt.% and < 50 wt. % of a polypropylene with a density between 0.890 and 0.920 g/cm 3 based on the total weight of polymers of the layer, wherein further the core layer comprises an ethylene copolymer comprising 1-octene and having a density between 0.910 g/cm 3 and 0.925 g/cm 3 .
A characterization method, for characterizing a laser processing machine having a working area and a laser system configured to direct a laser beam in any location of the working area to process the medium, the method comprising - moving a medium along the height of the working area using a conveyor system of the machine; - processing a set of marks on the medium with the laser of the machine; - synchronizing the conveyor system with the laser beam location to spread the marks on the medium; - recording each individual mark on the medium using a camera, Characterized in that - said marks are processed according to a set of nominal locations in the working area, and in that - each mark is respectively associated with a processing location in the working area where the mark was processed. - moving a medium along the height of the working area using a conveyor system of the machine; - processing a set of marks on the medium with the laser of the machine; - synchronizing the conveyor system with the laser beam location to spread the marks on the medium; - recording each individual mark on the medium using a camera, Characterized in that - said marks are processed according to a set of nominal locations in the working area, and in that - each mark is respectively associated with a processing location in the working area where the mark was processed.
A hose device for a breathing apparatus, comprising an area of the hose device having an open cross-section and at least one electric line and at least one pressure line within the open cross-section of the hose device , characterized in that the at least one pressure line is helically arranged at least in sections around the at least one electric line .
A computer implemented method for calculation of respiratory training intensity in a dataset comprising pressure data acquired in connection with at least one of an inhalation and an exhalation airway of a respiratory training or testing device, the dataset representing a subject breathing through said airway having a predefined respiratory resistance, the method comprising the steps of: - calculating the respiratory muscle power vs. time of at least one breath of the subject, and/or - calculating the respiratory muscle work of at least one breath of the subject, the method further comprising the steps of: - calculating the peak respiratory muscle power of at least one breath of the subject, and/or - calculating the average peak respiratory muscle power of a plurality of breaths of the subject, wherein the calculation of respiratory training intensity is a real-time process carried out using a stream of data continuously received. - calculating the respiratory muscle power vs. time of at least one breath of the subject, and/or - calculating the respiratory muscle work of at least one breath of the subject, - calculating the peak respiratory muscle power of at least one breath of the subject, and/or - calculating the average peak respiratory muscle power of a plurality of breaths of the subject,
An adeno-associated virus (AAV) vector for forming GABAergic neurons in a striatum of a living mammal's brain comprising (i) a human glial fibrillary acidic protein (GFAP) promoter or a neuron-glial antigen 2 (NG2) promoter, (ii) a first nucleic acid sequence encoding a NeuroD1 polypeptide having an amino acid sequence with at least 85% sequence identity to the amino acid sequence set forth in SEQ ID NO: 1, and (iii) a second nucleic acid sequence encoding a Dlx2 polypeptide having an amino acid sequence with at least 85% sequence identity to SEQ ID NO: 2. (i) a human glial fibrillary acidic protein (GFAP) promoter or a neuron-glial antigen 2 (NG2) promoter, (ii) a first nucleic acid sequence encoding a NeuroD1 polypeptide having an amino acid sequence with at least 85% sequence identity to the amino acid sequence set forth in SEQ ID NO: 1, and (iii) a second nucleic acid sequence encoding a Dlx2 polypeptide having an amino acid sequence with at least 85% sequence identity to SEQ ID NO: 2.
Storage case comprising a locking and fastening device for a motorcycle case , comprising a mechanism for opening and closing the lid of the storage case , a handle articulated in such a way that it can be rotated from a retracted position to an extended final position for transporting the storage case , said handle being operationally connected to at least one fastening element arranged to fasten the storage case to the motorcycle chassis in a removable manner when the handle is in a retracted position, the storage case susceptible to being released from the motorcycle when the handle is actuated to the extended final position for transporting, said device comprising means for locking the opening and closing lid mechanism by means of the handle when said handle is in the retracted position, characterised in that it comprises a handle actuation mechanism operationally connected to the fastening element and configured to provide an extended intermediate position of the handle capable of releasing the actuation of the opening and closing lid mechanism while the fastening element of the storage case remains coupled to the motorcycle chassis.
A wireless communication method for use in an anchor node, the method comprising: receiving , from a serving node, a context request associated with a wireless terminal and an indication for a small data transmission, transmitting , to the serving node, a first message comprising configuration information of the small data transmission, receiving , from the serving node, a second message comprising downlink information of the small data transmission, and performing the small data transmission. receiving , from a serving node, a context request associated with a wireless terminal and an indication for a small data transmission, transmitting , to the serving node, a first message comprising configuration information of the small data transmission, receiving , from the serving node, a second message comprising downlink information of the small data transmission, and performing the small data transmission.
A handgrip device , comprising: a palm rest operable to engage with a palm of a user; a grip bar pivotally coupled with the palm rest , the grip bar operable to engage with one or more fingers of a user; one or more force transducers disposed between the palm rest and the grip bar , the one or more force transducers operable to measure a compression rate and the return rate of the grip bar relative to the palm rest in response to the grip bar rotating relative to the palm rest ; a position sensor coupled with the palm rest and the grip bar , the position sensor operable to determine a position of the grip bar relative to the palm rest ; and a data connection operable to communicate the compression rate, the return rate and the position of the grip bar relative to the palm rest . a palm rest operable to engage with a palm of a user; a grip bar pivotally coupled with the palm rest , the grip bar operable to engage with one or more fingers of a user; one or more force transducers disposed between the palm rest and the grip bar , the one or more force transducers operable to measure a compression rate and the return rate of the grip bar relative to the palm rest in response to the grip bar rotating relative to the palm rest ; a position sensor coupled with the palm rest and the grip bar , the position sensor operable to determine a position of the grip bar relative to the palm rest ; and a data connection operable to communicate the compression rate, the return rate and the position of the grip bar relative to the palm rest .
Self-propelled construction machine with a machine frame , a drive device to drive the construction machine, in such a way that a point of reference (R) on the construction machine executes translatory and/or rotational motions, a work device arranged on the machine frame for construction of building structures on a site or to modify the site, an interface for importing data describing a target route (W), predetermined during planning, within a system of coordinates, a memory unit for storage of the data describing the target route (W), a control unit , that is configured in such a way that a point of reference (R) on the construction machine moves along a route, characterised in that the construction machine comprises a route modelling device that includes an input unit , a display unit and a processing unit , the route modelling device being configured in such a way that the position of at least one kink (K) on the target route (W) is determined, at least one portion of the target route (W) is displayed, in which the target route has the kink (K), in the at least one portion of the target route (W), a section (C) is determined or can be determined, in which the target route has a kink (K), for the section (C) of the target route (W) in which the target route has the kink (K), an interpolation curve (I) is calculated, and for the determination of a modelled route (W M ), the section (C) of the route (W) in which the target route has the kink (K) is replaced by the interpolation curve (I), in such a way that the point of reference (R) on the construction machine moves along the modelled route (W M ).
Method for computing an AR-superposition, corresponding to "augmented reality" superposition, of additional information for display on a display unit of an observer vehicle or a pair of smartglasses, wherein the superposition of additional information is used to support the driver in the longitudinal control of the observer vehicle , wherein the superposition is computed in the manner of the enhanced reality corresponding to "augmented reality" in a contact-analogous manner to one or more objects in the vicinity of the observer vehicle , wherein the position of a vehicle travelling in front is captured, wherein, in the case of the regulation activity of a longitudinal control system for the observer vehicle being established, an animation graphic is computed when approaching the vehicle travelling in front, characterized in that the animation graphic is computed such that the animation graphic is superposed section by section starting from the observer vehicle , wherein, in the case of the first or a recurring superposition of the end of the animation graphic, an AR-superposition is computed in such a way that at least one object recognition mark is placed at the end of the vehicle travelling in front in a contact-analogous manner to the vehicle travelling in front, and wherein, for the purpose of indicating an approach towards or a movement away from the vehicle travelling in front, a regulation activity mark is computed, which is computed in such a way that it is superposed in the form of an arrow pointing towards the vehicle travelling in front between the observer vehicle and the vehicle travelling in front in the case of an approach towards the vehicle travelling in front, and it is superposed in the form of an arrow pointing away from the vehicle travelling in front between the observer vehicle and the vehicle travelling in front in the case of a movement away from the vehicle travelling in front, wherein the regulation activity mark is computed in a longitudinal control system for regulating distance or speed such that it moves towards the vehicle travelling in front in the case of an approach towards the vehicle travelling in front, wherein, when the target distance or the target speed is reached, the regulation activity mark is computed such that it reaches the end of the animation graphic at the position of the vehicle travelling in front and merges with the object recognition mark , wherein at least one side part of the regulation activity mark attaches itself in a contact-analogous manner next to the object recognition mark .
Method for controlling a combustion in an internal combustion engine having at least one cylinder , having a fluid system , having a fuel system and having a control device , wherein the method has the following steps: - detecting a knocking intensity in the cylinder by means of a knocking sensor , - setting a predetermined setpoint ignition angle, corresponding to a setpoint exhaust-gas temperature, of the cylinder in the event of the occurrence of a knocking effect, wherein the set setpoint ignition angle is dependent on the occurring knocking, - controlling an admixing of fluid into the cylinder, that is to say the quantity of fluid admixed to the fuel, in a manner dependent on the detected knocking intensity, wherein the fluid is dispensed by the fluid system into the fuel system directly into the fuel, and wherein the control device determines a setpoint quantity of fluid for admixing at least on the basis of the setpoint exhaust-gas temperature and on the basis of the detected knocking intensity. - detecting a knocking intensity in the cylinder by means of a knocking sensor , - setting a predetermined setpoint ignition angle, corresponding to a setpoint exhaust-gas temperature, of the cylinder in the event of the occurrence of a knocking effect, wherein the set setpoint ignition angle is dependent on the occurring knocking, - controlling an admixing of fluid into the cylinder, that is to say the quantity of fluid admixed to the fuel, in a manner dependent on the detected knocking intensity, wherein the fluid is dispensed by the fluid system into the fuel system directly into the fuel, and
A medical device suspension system , comprising: a canopy comprising opposed major surfaces that are spaced apart from one another in a thickness direction, and an end surface extending between the opposed major surfaces; and a mounting plate ; and a spindle attached to the mounting plate, wherein the canopy comprises an orifice extending through the opposed major surfaces, the spindle extending through the orifice; and a lighting assembly , comprising: an elongate gasket body extending along a length and formed of a resilient, optically transmissive material, the gasket body comprising: a light source cavity extending along the length, the light source cavity at least partially defined by a light transmission portion , the light source cavity being enclosed as viewed in a plane transverse to the length; and an attachment channel extending along the length, the attachment channel configured to attach the gasket body to a mount, wherein the end surface of the canopy is disposed in the attachment channel; wherein the attachment channel comprises protrusions configured to engage the mount upon insertion into the attachment channel; and a light source disposed in the light source cavity and extending along the length, the light source arranged such that light emitted from the light source is incident and transmitted through the light transmission portion of the gasket body. a canopy comprising opposed major surfaces that are spaced apart from one another in a thickness direction, and an end surface extending between the opposed major surfaces; and a mounting plate ; and a spindle attached to the mounting plate, wherein the canopy comprises an orifice extending through the opposed major surfaces, the spindle extending through the orifice; and a lighting assembly , comprising: an elongate gasket body extending along a length and formed of a resilient, optically transmissive material, the gasket body comprising: a light source cavity extending along the length, the light source cavity at least partially defined by a light transmission portion , the light source cavity being enclosed as viewed in a plane transverse to the length; and an attachment channel extending along the length, the attachment channel configured to attach the gasket body to a mount, wherein the end surface of the canopy is disposed in the attachment channel; a light source cavity extending along the length, the light source cavity at least partially defined by a light transmission portion , the light source cavity being enclosed as viewed in a plane transverse to the length; and an attachment channel extending along the length, the attachment channel configured to attach the gasket body to a mount, wherein the end surface of the canopy is disposed in the attachment channel; wherein the attachment channel comprises protrusions configured to engage the mount upon insertion into the attachment channel; and a light source disposed in the light source cavity and extending along the length, the light source arranged such that light emitted from the light source is incident and transmitted through the light transmission portion of the gasket body.
A mounting apparatus comprising: a frame ; and features to enable mounting first and second jetting assemblies on the frame , the features comprising first and second alignment datums pre-fixed with respect to the frame for establishing respective positions of the first and second jetting assemblies , when mounted, so that at least some of the nozzles along a length of one of the jetting assemblies have predetermined offsets relative to at least some of the nozzles along a length of the other of the jetting assemblies , and an opening exposing all of the nozzles along the lengths of the first and second jetting assemblies are exposed to permit jetting of a fluid onto a substrate , characterized in that the frame is coated with a Teflon-nickel coating including a homogeneous mixture of Teflon and nickel. a frame ; and features to enable mounting first and second jetting assemblies on the frame , the features comprising first and second alignment datums pre-fixed with respect to the frame for establishing respective positions of the first and second jetting assemblies , when mounted, so that at least some of the nozzles along a length of one of the jetting assemblies have predetermined offsets relative to at least some of the nozzles along a length of the other of the jetting assemblies , and an opening exposing all of the nozzles along the lengths of the first and second jetting assemblies are exposed to permit jetting of a fluid onto a substrate , characterized in that the frame is coated with a Teflon-nickel coating including a homogeneous mixture of Teflon and nickel.
A method performed by a user equipment UE for wireless communication, the method comprising: identifying first offset information and second offset information; receiving a scheduling assignment, SA, for a physical uplink shared channel, PUSCH, transmission; said SA including a configuration, for the UE, of a modulation and coding scheme, MCS, of uplink data of the UE; and transmitting the uplink data with at least one of acknowledgement/non-acknowledgment, ACK/NACK, information and channel quality indicator, CQI, information on the PUSCH, wherein the number of ACK/NACK repetitions is determined based on the first offset information and the MCS of the uplink data, when the ACK/NACK information is transmitted with said uplink data, and wherein the number of symbols for the CQI information is determined based on the second offset information and MCS of the uplink data, when the CQI information is transmitted with said uplink data. identifying first offset information and second offset information; receiving a scheduling assignment, SA, for a physical uplink shared channel, PUSCH, transmission; said SA including a configuration, for the UE, of a modulation and coding scheme, MCS, of uplink data of the UE; and transmitting the uplink data with at least one of acknowledgement/non-acknowledgment, ACK/NACK, information and channel quality indicator, CQI, information on the PUSCH, wherein the number of ACK/NACK repetitions is determined based on the first offset information and the MCS of the uplink data, when the ACK/NACK information is transmitted with said uplink data, and wherein the number of symbols for the CQI information is determined based on the second offset information and MCS of the uplink data, when the CQI information is transmitted with said uplink data.
A seabed static penetration device comprising an oceanographic observation probe rod, comprising a probe rod stand , an outer clasp slidably connected with the probe rod stand , and a base located at the bottom of the probe rod stand , characterized by : a probe rod positioning device provided with a latch and an electromagnet and a pressure capping structure slidably connected with the probe rod stand are installed on the outer clasp ; the base comprises an upper base plate and a lower base plate each provided with a bottom contact switch, and a separating plate between the two on which the electromagnet is installed, wherein the upper base plate is provided with a battery compartment , a driver compartment , and a motor which are connected with each other, and the motor is connected to the pressure capping structure through a driving rope, wherein the pressure capping structure comprises a cap , a contact rod provided with a magnet and a control compartment connected with the outer clasp ; and a probe rod is correspondingly clamped and fixed between the outer clasp and the base .