mhurhangee/patent-ind-claim-en huggingface dataset:
Aircraft turbine with counter-rotating propellers and a primary drive, wherein - the primary drive is based on the electric drive principle, - the primary drive is designed as a rotationally symmetrical synchronous motor with a tooth coil winding, with a first rotor (IV) with a first number of poles for the first propeller, and a second rotor (III) with a second number of poles for the second propeller, - the first rotor (IV) is an internal rotor and the second rotor (III) is an external rotor, - the first and the second rotor (IV, III) are each mounted so that they can rotate independently with respect to each other, and - the first and the second rotor (IV, III) each have a shaft-and-flange arrangement for attachment of each of the two propellers, characterized in that - the tooth coil winding is a double-layer tooth coil winding, and - the first number of poles and the second number of poles differ from each other. - the primary drive is based on the electric drive principle, - the primary drive is designed as a rotationally symmetrical synchronous motor with a tooth coil winding, with a first rotor (IV) with a first number of poles for the first propeller, and a second rotor (III) with a second number of poles for the second propeller, - the first rotor (IV) is an internal rotor and the second rotor (III) is an external rotor, - the first and the second rotor (IV, III) are each mounted so that they can rotate independently with respect to each other, and - the first and the second rotor (IV, III) each have a shaft-and-flange arrangement for attachment of each of the two propellers, - the tooth coil winding is a double-layer tooth coil winding, and - the first number of poles and the second number of poles differ from each other.
An auxiliary hood lock for a holding a vehicle hood in a closed position, reducing injury to a pedestrian, and/or damage to the hood lock during a collision, comprising: catch engagement means comprising a lever interface portion , the catch engaging means being configured to engage a catch attached to a chassis of the vehicle; lever means comprising an engaging portion configured to operably engage the catch engagement means at the lever interface portion ; first resilient means configured to bias the catch engagement means toward an engaged position with the catch ; and second resilient means configured to bias the lever means toward a release direction (R) of the auxiliary hood lock, wherein the lever interface portion is configured to enable the engaging portion to move from a normal position with the vehicle hood in the closed position in a direction (Ro) opposite to the release direction (R) without exerting a force on the catch engagement means , wherein the biasing force of the second resilient means is configured such that the engaging portion remains in contact with a portion of the lever interface portion during normal operation of the vehicle, characterised in that the second resilient means is further configured to absorb energy during an impact on the hood lock in the direction (Ro) opposite to the release direction (R). catch engagement means comprising a lever interface portion , the catch engaging means being configured to engage a catch attached to a chassis of the vehicle; lever means comprising an engaging portion configured to operably engage the catch engagement means at the lever interface portion ; first resilient means configured to bias the catch engagement means toward an engaged position with the catch ; and second resilient means configured to bias the lever means toward a release direction (R) of the auxiliary hood lock, wherein the lever interface portion is configured to enable the engaging portion to move from a normal position with the vehicle hood in the closed position in a direction (Ro) opposite to the release direction (R) without exerting a force on the catch engagement means , wherein the biasing force of the second resilient means is configured such that the engaging portion remains in contact with a portion of the lever interface portion during normal operation of the vehicle, characterised in that the second resilient means is further configured to absorb energy during an impact on the hood lock in the direction (Ro) opposite to the release direction (R).
User equipment for communicating with a base station in a radio communication system supporting carrier aggregation, the user equipment comprising: a generator configured to generate, upon being instructed by the base station and upon detecting that a plurality of bands supported by the base station is reported from the base station, band combination information indicating one or more band combinations capable of being used for the carrier aggregation in the user equipment; wherein the generator is configured to generate the band combination information including highest band combination information corresponding to the band combination having the largest number of component carriers, CCs, to be combined and excluding information indicating the fallback band combinations, among the one or more band combinations capable of being used for the carrier aggregation in the user equipment; and upon not being instructed by the base station, the generator is further configured to generate band combination information in accordance with LTE Rel. 10; and a transmitter configured to transmit the generated band combination information to the base station. a generator configured to generate, upon being instructed by the base station and upon detecting that a plurality of bands supported by the base station is reported from the base station, band combination information indicating one or more band combinations capable of being used for the carrier aggregation in the user equipment; wherein the generator is configured to generate the band combination information including highest band combination information corresponding to the band combination having the largest number of component carriers, CCs, to be combined and excluding information indicating the fallback band combinations, among the one or more band combinations capable of being used for the carrier aggregation in the user equipment; and upon not being instructed by the base station, the generator is further configured to generate band combination information in accordance with LTE Rel. 10; and a transmitter configured to transmit the generated band combination information to the base station.
A stabilized pharmaceutical preparation of a human interferon beta variant, comprising the following: (a) a human interferon beta variant, (b) an acetate buffer at a concentration of 5 to 100 mM, (c) arginine at a concentration of 10 to 150 mM, (d) trehalose at a concentration of 150 to 250 mM, (e) Poloxamer 188 at a concentration of 0.1 to 10 mg/mL, and (f) methionine at a concentration of 0.5 to 5 mM.
A security system for use in a distributed network, comprising: a service provider selectively accessible via a network by a plurality of end users each having an access device for accessing the network, said access device having a configuration file downloaded during startup of the access device; and a control mechanism disposed at a location of the service provider configured to access and modify stored information of the configuration file on each access device of the end users to designate portions of the information to prevent access thereof by the end users. a service provider selectively accessible via a network by a plurality of end users each having an access device for accessing the network, said access device having a configuration file downloaded during startup of the access device; and a control mechanism disposed at a location of the service provider configured to access and modify stored information of the configuration file on each access device of the end users to designate portions of the information to prevent access thereof by the end users.
A stereoscopic image device, comprising: a moving stage comprising a seat on which a viewer sits, and a seat movement mechanism configured to move the seat based on a displayed image; a first curved display located in front of the viewer facing thereto to display a first image, the first curved display being transparent and having a concavely curved shape in a direction viewed by the viewer; and a second curved display located behind the first curved display to display a second image overlapping the first image, the second curved display having a concavely curved shape in the direction viewed by the viewer; and further comprising a display movement mechanism configured to move positions of the first curved display and the second curved display in association with each other according to movement of the seat on the moving stage, wherein the second curved display has a size larger than a size of the first curved display, and wherein the second curved display is sized such that an edge thereof is located along a side of a viewing angle, which is defined by connecting the viewer to an edge of the first curved display, or is sized such that the edge thereof is located at a position deviating from the side of the viewing angle. a moving stage comprising a seat on which a viewer sits, and a seat movement mechanism configured to move the seat based on a displayed image; a first curved display located in front of the viewer facing thereto to display a first image, the first curved display being transparent and having a concavely curved shape in a direction viewed by the viewer; and a second curved display located behind the first curved display to display a second image overlapping the first image, the second curved display having a concavely curved shape in the direction viewed by the viewer; and further comprising a display movement mechanism configured to move positions of the first curved display and the second curved display in association with each other according to movement of the seat on the moving stage, wherein the second curved display has a size larger than a size of the first curved display, and wherein the second curved display is sized such that an edge thereof is located along a side of a viewing angle, which is defined by connecting the viewer to an edge of the first curved display, or is sized such that the edge thereof is located at a position deviating from the side of the viewing angle.
A medical headgear fabric comprising: a skin-facing fabric layer ; an outer fabric layer ; a layer of rigid material located between the fabric layers; and a foam layer ; characterised in that the foam layer is located between the skin-facing fabric layer and the layer of rigid material, wherein all adjacent layers are laminated together to form a unitary laminate structure. a skin-facing fabric layer ; an outer fabric layer ; a layer of rigid material located between the fabric layers; and a foam layer ; characterised in that the foam layer is located between the skin-facing fabric layer and the layer of rigid material, wherein all adjacent layers are laminated together to form a unitary laminate structure.
A method of attaching a mesh to a loop member of a surgical snare device, the method comprising the steps of: manipulating a wire to form a loop member having a shape, wherein the wire is of a first material; applying a layer of adhesive to the loop member ; placing the mesh over the loop member coated with adhesive, wherein the mesh is of a second material, wherein the mesh at least partially covers a circumference of the loop member and wherein portions of the mesh extend beyond a circumference of the loop member ; exposing the adhesive to ultraviolet radiation while the mesh is held over the loop member ; allowing the mesh to bond with said adhesive; and trimming said portions of the mesh extending beyond the circumference of the loop member , wherein the loop member along with the attached mesh is collapsible by retracting into a lumen of a sheath and expandable to said shape when extended out of said sheath. manipulating a wire to form a loop member having a shape, wherein the wire is of a first material; applying a layer of adhesive to the loop member ; placing the mesh over the loop member coated with adhesive, wherein the mesh is of a second material, wherein the mesh at least partially covers a circumference of the loop member and wherein portions of the mesh extend beyond a circumference of the loop member ; exposing the adhesive to ultraviolet radiation while the mesh is held over the loop member ; allowing the mesh to bond with said adhesive; and trimming said portions of the mesh extending beyond the circumference of the loop member , wherein the loop member along with the attached mesh is collapsible by retracting into a lumen of a sheath and expandable to said shape when extended out of said sheath.
A method to manufacture a coil (9-14) around a component of an article using an automatic machine and comprising the steps of: moving, by means of a main conveyor and along a working path (P1), a carriage provided with a seat designed to house the component ; placing, in an input station (S1) arranged along the working path (P1), the component in the seat of the carriage ; and coupling, in a winding station (S3, S6, S9, S12, S15, S18) arranged along the working path (P1) downstream of the input station (S1), a wire around the component in order to obtain a series of turns making up the coil (9-14); the method is characterized in that the wire is directly wound around the component keeping the carriage stopped in the winding station (S3, S6, S9, S12, S15, S18) and by having a movable finger , which engages the wire , preferably in a sliding manner, revolve around the component several times. moving, by means of a main conveyor and along a working path (P1), a carriage provided with a seat designed to house the component ; placing, in an input station (S1) arranged along the working path (P1), the component in the seat of the carriage ; and coupling, in a winding station (S3, S6, S9, S12, S15, S18) arranged along the working path (P1) downstream of the input station (S1), a wire around the component in order to obtain a series of turns making up the coil (9-14); the method is characterized in that the wire is directly wound around the component keeping the carriage stopped in the winding station (S3, S6, S9, S12, S15, S18) and by having a movable finger , which engages the wire , preferably in a sliding manner, revolve around the component several times.
A peptide having an anti-inflammatory activity, consisting of amino acid sequences of SEQ ID NO: 3.
Clamping device for fitting on an adjustable machine table of a machine tool that is intended for cutting machining of clamped workpieces , having a device base which is fastenable to the machine table and on which a clamping plate is fastened, a chuck being formed by said clamping plate together with the pallet which holds the workpiece and is able to be advanced and lifted off in an approximately vertical direction, there being assigned preferably centrally thereto a locking/unlocking apparatus of the chuck that is mechanically, pneumatically and/or hydraulically actuatable in a movement direction of the pallet , wherein those end faces or surfaces of the clamping plate and the pallet which face one another at a vertical movement axis have, distributed on their peripheral region or edge region, in each case at least four toothing portions which are situated diagonally opposite one another in pairs, which interact in the same direction and which, in the closure state of the chuck , interengage with a mutual form fit, characterized in that the toothing portions of the clamping plate or of the pallet are provided with at least two teeth , wherein just one tooth on the side of the clamping plate or of the pallet in a toothing with two teeth on the opposite side provides for a rigid connection.
A method for wireless communications at a first user equipment, UE (115-a), comprising: receiving , from a network device, a transmission that includes a first grant for a first set of resources for the first UE (115-a) and a second grant for a second set of resources for a second UE (115-b, 115-c); determining that the received transmission assigns the first set of resources for a source data transmission by the first UE (115-a) and assigns the second set of resources for the second UE (115-b, 115-c) to use for relaying the source data transmission from the first UE (115-a) to the network device and to use for transmitting feedback associated with the source data transmission by the first UE (115-a) or for indicating that the second UE (115-b, 115-c) is unable to participate in communications; and transmitting the source data transmission to the second UE (115-b, 115-c) and the network device using the first set of resources. receiving , from a network device, a transmission that includes a first grant for a first set of resources for the first UE (115-a) and a second grant for a second set of resources for a second UE (115-b, 115-c); determining that the received transmission assigns the first set of resources for a source data transmission by the first UE (115-a) and assigns the second set of resources for the second UE (115-b, 115-c) to use for relaying the source data transmission from the first UE (115-a) to the network device and to use for transmitting feedback associated with the source data transmission by the first UE (115-a) or for indicating that the second UE (115-b, 115-c) is unable to participate in communications; and transmitting the source data transmission to the second UE (115-b, 115-c) and the network device using the first set of resources.
A method of displaying augmented reality, comprising: providing two or more frames of image data to be presented to a user; transmitting light associated with the two or more frames of image data; focusing a first frame of image data at a first focal plane; focusing a second frame of image data at a second focal plane, wherein the first and second focal planes are separated by a predetermined focal range; tracking an accommodation of the user's eyes; and variably shifting the first focal plane and the second focal plane across a range of distances based at least in part on the tracked accommodation of the user's eyes, wherein a first variable focus element (VFE B, 104), VFE, switches focus between the first focal plane and the second focal plane, wherein a second VFE (VFE A, 102) placed in series with the first VFE variably shifts the first and second focal planes, and wherein the first frame of image data at the first focal plane and the second frame of image data at the second focal plane are presented in rapid succession such that the user views the two focal planes simultaneously. providing two or more frames of image data to be presented to a user; transmitting light associated with the two or more frames of image data; focusing a first frame of image data at a first focal plane; focusing a second frame of image data at a second focal plane, wherein the first and second focal planes are separated by a predetermined focal range; tracking an accommodation of the user's eyes; and variably shifting the first focal plane and the second focal plane across a range of distances based at least in part on the tracked accommodation of the user's eyes, wherein a first variable focus element (VFE B, 104), VFE, switches focus between the first focal plane and the second focal plane, wherein a second VFE (VFE A, 102) placed in series with the first VFE variably shifts the first and second focal planes, and wherein the first frame of image data at the first focal plane and the second frame of image data at the second focal plane are presented in rapid succession such that the user views the two focal planes simultaneously.
An article comprising: a structure formed of a plurality of affixed foam particles; wherein each individual foam particle of the plurality of affixed foam particles is formed of a thermoplastic elastomer material and includes a binding material in a binding region, and wherein each individual foam particle includes one or more binding regions on an outer surface of the individual foam particle affixing the individual foam particle to one or more adjacent foam particles; wherein the one or more adjacent foam particles comprise the thermoplastic elastomer material; wherein the binding regions include a portion of binding material from the individual foam particle and/or a portion of binding material from at least one of the one or more adjacent foam particles; wherein the structure formed of the plurality of affixed foam particles includes a plurality of gaps between particles, with the gaps occupying at least 10 percent of a total volume of the structure; wherein, prior to affixing, the plurality of foam particles have a number average particle size of about 0.04 millimeters to about 10 millimeters in a longest dimension; and wherein the article is characterized by a plurality of sub-regions comprising a first sub-region characterized by a first property and a second sub-region characterized by a second property, wherein the first property is not equal to the second property, and wherein the first property and the second property are flexural modulus, stiffness, bulk density, or resilience. a structure formed of a plurality of affixed foam particles; wherein each individual foam particle of the plurality of affixed foam particles is formed of a thermoplastic elastomer material and includes a binding material in a binding region, and wherein each individual foam particle includes one or more binding regions on an outer surface of the individual foam particle affixing the individual foam particle to one or more adjacent foam particles; wherein the one or more adjacent foam particles comprise the thermoplastic elastomer material; wherein the binding regions include a portion of binding material from the individual foam particle and/or a portion of binding material from at least one of the one or more adjacent foam particles; wherein the structure formed of the plurality of affixed foam particles includes a plurality of gaps between particles, with the gaps occupying at least 10 percent of a total volume of the structure; wherein, prior to affixing, the plurality of foam particles have a number average particle size of about 0.04 millimeters to about 10 millimeters in a longest dimension; and wherein the article is characterized by a plurality of sub-regions comprising a first sub-region characterized by a first property and a second sub-region characterized by a second property, wherein the first property is not equal to the second property, and wherein the first property and the second property are flexural modulus, stiffness, bulk density, or resilience.