mhurhangee/patent-ind-claim-en huggingface dataset:
Device for repelling birds from civil and/or industrial facilities where said device is mounted, the device comprising a body containing means for generating light which is emitted by at least one opening provided for in said body , the body of the device comprising a base above which there is arranged a hollow member containing the light generation means , said hollow member comprising at least one perimeter wall in which there is provided the aforementioned opening , one of said hollow member and said light generation means being rotary with respect to said base around a rotation axis (W) perpendicular to the base, on said opening there being provided for a lens adapted to generate a light beam which opens in a fan-like fashion exiting from said lens , characterised in that the light generation means are associated with a support in the hollow member and having an outer wall supporting said light generation means and a longitudinal axial cavity open at the ends thereof, into which there penetrates a shaft , at the vacant end of such shaft there being fixed the hollow member , into the base there being provided for an electric motor having an output drive shaft alternatively fixed to one of said shaft constrained to the hollow member and said support for the light generation means , said electric motor being adapted to drive the element constrained to the drive shaft around said rotation axis (W).
A method for fabricating a heat-exchanging plate, wherein a metal flat plate material as a raw material is subjected to press working, thereby producing an original plate material , and the original plate material is subjected to press working so as to be used as the heat-exchanging plate , the original plate material being made by forming fine recessed and projecting shapes made of a plurality of projecting parts and a recessed part interposed therebetween on a surface of the flat plate material , characterized in that the recessed and projecting shapes are formed such that a shape parameter G1 defined as a height (Rz) of the projecting parts in μm × a width (L) of the recessed part in μm / a pitch (P) between the adjacent projecting parts in μm is equal to or smaller than 85 μm, where the height (Rz) of the projecting parts is expressed as ten-point average roughness, the width (L) of the recessed part is the shortest distance between the projecting parts , and the pitch (P) between the adjacent projecting parts means the distance between the centers of the projecting parts most closely adjacent to each other.
An apparatus comprising: a scan data reader configured to model a vessel course of a vessel within a body based on a scan of the vessel (435; 535; 635); memory configured to store physical properties of a plurality of catheter systems (430; 530; 630); the apparatus comprising a processor configured: to determine a vessel route from an entry point to reach a destination point (312; 436) within the vessel, using a catheter system (430; 530; 630) based on the determined vessel course, and to determine which of the stored catheter systems (430; 530; 630) of the plurality of catheter systems are able to follow the determined vessel route, by comparing properties of the determined vessel route with the stored catheter systems physical properties ; and wherein the apparatus is further configured to determine a measure of difficulty to reach the destination point using each of the stored catheter systems (430; 530; 630) based on the modelled physical properties of each particular catheter system and on the course of the vessel. a scan data reader configured to model a vessel course of a vessel within a body based on a scan of the vessel (435; 535; 635); memory configured to store physical properties of a plurality of catheter systems (430; 530; 630); the apparatus comprising a processor configured: to determine a vessel route from an entry point to reach a destination point (312; 436) within the vessel, using a catheter system (430; 530; 630) based on the determined vessel course, and to determine which of the stored catheter systems (430; 530; 630) of the plurality of catheter systems are able to follow the determined vessel route, by comparing properties of the determined vessel route with the stored catheter systems physical properties ; and wherein the apparatus is further configured to determine a measure of difficulty to reach the destination point using each of the stored catheter systems (430; 530; 630) based on the modelled physical properties of each particular catheter system and on the course of the vessel. to determine a vessel route from an entry point to reach a destination point (312; 436) within the vessel, using a catheter system (430; 530; 630) based on the determined vessel course, and to determine which of the stored catheter systems (430; 530; 630) of the plurality of catheter systems are able to follow the determined vessel route, by comparing properties of the determined vessel route with the stored catheter systems physical properties ; and wherein the apparatus is further configured to determine a measure of difficulty to reach the destination point using each of the stored catheter systems (430; 530; 630) based on the modelled physical properties of each particular catheter system and on the course of the vessel.
An ear piece adapted for insertion into the ear canal of a user, and for providing acoustic insulation between the inner part of the ear canal and the surroundings, the ear piece comprising an ear tip with a stem and a shroud , the stem defining a sound conduit with an adapter, adapted for engaging a sound feeder means, and a sound output opening , and the shroud having a generally ball-shaped hollow bulb made of soft resilient material, the shroud having an axis generally along the intended direction of insertion into the ear canal, wherein the shroud is oval as seen in a direction along the axis , and wherein the shroud is rotatable relative to the sound feeder means around the axis of the sound conduit , wherein the shroud comprises a generally round first end zone with a smooth outer surface, a general round second end zone with a smooth outer surface opposite a medial surface zone, and a mid zone intermediate to the first end zone and the second end zone , characterized in that the mid zone is adapted by appropriate structural design for being softer to compression by the contact with the ear canal wall than is the case with the first end zone and the second end zone in that the mid zone comprises a wall with pleats extending generally parallel to the axis .
An e-vaping device comprising a mouth end insert including a flavored portion, the flavored portion comprising: a solid matrix; and at least one of one or more flavorants , one or more taste compounds and one or more aromas ; the at least one of the one or more flavorants , one or more taste compounds and one or more aromas being embedded within the solid matrix. a solid matrix; and at least one of one or more flavorants , one or more taste compounds and one or more aromas ; the at least one of the one or more flavorants , one or more taste compounds and one or more aromas being embedded within the solid matrix.
Method for operating a network node in a radio access network, the method comprising transmitting synchronisation signaling, the synchronisation signaling comprising a signaling sequence, the signaling sequence being determined as a combination of a number of sub-sequences, wherein an interleaving order of the sub-sequences is mapped to synchronisation information wherein each sub-sequence is chosen from a set of subsequences, and wherein the interleaving order indicates different synchronisation information from other interleaving orders of the same sub-sequences, wherein the synchronisation signaling repeats, within a time interval, the signaling sequence, and wherein the interleaving order of the sub-sequence changes between repetitions, wherein the interleaving order indicates a periodicity of a synchronisation signaling, SS, burst occasion.
A method to removably connect a carpet product having a pile side and a fibrous back side to a surface, wherein the method comprises the step of adhering a double face tape with a first side of the double face tape to the fibrous back side of the carpet product and connecting the carpet product to the surface by adhering the second side of the double face tape to the surface, the first side of said double face tape is provided with multiple hooks extending from this side and having a length of 0.1 - 10 mm, and characterized in that the second side of said double face tape is provided with multiple adhesive nano fibres extending 10 from the second side, each nano fibre having a distal tip that has a surface extending perpendicular to the longitudinal direction of the nano fibre , the surface having a diameter of 1-900 nm.
A reflector , comprising: a hub having a cross section formed in a circular, elliptical or polygonal shape; a plurality of ribs , each of which has an inner side surface facing an outer peripheral side of the hub when folded, and an outer side surface that is a surface opposite to the inner side surface , the plurality of ribs being configured to be folded so as to be wound around an outer periphery of the hub such that the inner side surface of each rib and the outer side surface of its adjacent rib partially face each other or the outer side surface of each rib and the inner side surface of its adjacent rib partially face each other, each rib being configured to be deployed in a parabolic shape from a bottom end connected to the hub toward a tip end located opposite to the bottom end ; and a sheet installed across each of the plurality of ribs and capable of reflecting radio waves, characterized in that each of the plurality of ribs is formed of at least two flat plates which face each other, and wherein each of the plurality of ribs includes a plurality of restricting members disposed between the two flat plates at predetermined intervals between the bottom end and the tip end . a hub having a cross section formed in a circular, elliptical or polygonal shape; a plurality of ribs , each of which has an inner side surface facing an outer peripheral side of the hub when folded, and an outer side surface that is a surface opposite to the inner side surface , the plurality of ribs being configured to be folded so as to be wound around an outer periphery of the hub such that the inner side surface of each rib and the outer side surface of its adjacent rib partially face each other or the outer side surface of each rib and the inner side surface of its adjacent rib partially face each other, each rib being configured to be deployed in a parabolic shape from a bottom end connected to the hub toward a tip end located opposite to the bottom end ; and a sheet installed across each of the plurality of ribs and capable of reflecting radio waves, characterized in that each of the plurality of ribs is formed of at least two flat plates which face each other, and wherein each of the plurality of ribs includes a plurality of restricting members disposed between the two flat plates at predetermined intervals between the bottom end and the tip end .
An elevator car door interlock for unlocking an elevator car door of an elevator car , comprising: a lock member including an electrical contact; a rotatable link arm having a sensing mechanism configured to detect a position of the elevator car door ; characterised by an engagement latch pivotally mounted to the rotatable link arm , wherein the engagement latch is engaged with the electrical contact when the elevator car door is locked, and the engagement latch is rotated out of engagement with the electrical contact when the elevator car door is unlocked. a lock member including an electrical contact; a rotatable link arm having a sensing mechanism configured to detect a position of the elevator car door ; characterised by an engagement latch pivotally mounted to the rotatable link arm , wherein the engagement latch is engaged with the electrical contact when the elevator car door is locked, and the engagement latch is rotated out of engagement with the electrical contact when the elevator car door is unlocked.
An unmanned aerial vehicle (UAV) comprising: a fuselage that extends along a longitudinal axis; a releasably couplable wing ; a motor ; a motor boom configured to support the motor , wherein the motor boom is configured to be swivelled and/or rotated relative to the fuselage and/or relative to the releasably couplable wing ; a wing support frame extending from the fuselage and along a wingspan of the unmanned aerial vehicle , the wing support frame having distal ends to support: the releasably couplable wing , the releasably couplable wing to extend along the wingspan when coupled to the wing support frame , and the motor boom such that the motor boom extends parallel to the longitudinal axis and supports the motor such that the motor is oriented to generate lift for the unmanned air vehicle ; and a releasably couplable tail boom , wherein the tail boom supports a combined rudder-elevator , and wherein the combined rudder-elevator swivels relative to the tail boom . a fuselage that extends along a longitudinal axis; a releasably couplable wing ; a motor ; a motor boom configured to support the motor , wherein the motor boom is configured to be swivelled and/or rotated relative to the fuselage and/or relative to the releasably couplable wing ; a wing support frame extending from the fuselage and along a wingspan of the unmanned aerial vehicle , the wing support frame having distal ends to support: the releasably couplable wing , the releasably couplable wing to extend along the wingspan when coupled to the wing support frame , and the motor boom such that the motor boom extends parallel to the longitudinal axis and supports the motor such that the motor is oriented to generate lift for the unmanned air vehicle ; and the releasably couplable wing , the releasably couplable wing to extend along the wingspan when coupled to the wing support frame , and the motor boom such that the motor boom extends parallel to the longitudinal axis and supports the motor such that the motor is oriented to generate lift for the unmanned air vehicle ; and a releasably couplable tail boom , wherein the tail boom supports a combined rudder-elevator , and wherein the combined rudder-elevator swivels relative to the tail boom .
A retraction device for two end positions having two driving elements , which are connected to one another by means of a spring energy store , wherein each driving element (71; 91) is mounted displaceably in one guide housing (41; 61) each, wherein each driving element (71; 91) is coupled or can be coupled to a cylinder-piston unit (101; 121) mounted in the respective guide housing (41; 61), and wherein the two guide housings are movable relative to one another in the longitudinal direction of the retraction device by means of two sliding joints (142; 143), characterised in that - each sliding joint (142; 143) consists of a solid prism and a hollow prism fitting around the latter, - each guide housing (41; 61) forms one of the solid prisms of the sliding joint (142; 143), which is slidingly movable in a straight line into the sliding profile forming a hollow prism , and - the sliding profile has two hollow prisms . - each sliding joint (142; 143) consists of a solid prism and a hollow prism fitting around the latter, - each guide housing (41; 61) forms one of the solid prisms of the sliding joint (142; 143), which is slidingly movable in a straight line into the sliding profile forming a hollow prism , and - the sliding profile has two hollow prisms .
A method for generating natural language representations of mental content from functional brain images, the method comprising: capturing a first set of functional brain imaging data while a subject is exposed to a plurality of stimuli, each of the plurality of stimuli being a sentence comprising a plurality of words; mapping , for each of the plurality of stimuli, an average of semantic vector representations of each word of the sentence, to spatial patterns of activation in the first set of functional brain imaging data, the mapping providing basis images; capturing a second set of functional brain imaging data while a subject is exposed to a test stimuli; and generating a semantic vector representation for the test stimuli using the basis images and spatial patterns of activation in the second set of functional brain imaging data. capturing a first set of functional brain imaging data while a subject is exposed to a plurality of stimuli, each of the plurality of stimuli being a sentence comprising a plurality of words; mapping , for each of the plurality of stimuli, an average of semantic vector representations of each word of the sentence, to spatial patterns of activation in the first set of functional brain imaging data, the mapping providing basis images; capturing a second set of functional brain imaging data while a subject is exposed to a test stimuli; and generating a semantic vector representation for the test stimuli using the basis images and spatial patterns of activation in the second set of functional brain imaging data.
A massager for back muscles of at least the three spinal regions cervical, thoracic and lumbar, comprising: a body having butt ends and three sides, each of which sides ensures installation of the massager on a horizontal surface, while the planes tangential to each of the said sides and coinciding with the said horizontal surface, which ensures installation of each of the sides, form with one another a two-sided angle of 60±15 degrees, while the sum total of all the two-sided angles comprises 180 degrees, the said sides of the body are conjugated with one another by the means of three rib surfaces, each of which carries lateral parts for paravertebral areas of the back and a medial part for the spinal column, made sunk along the longitudinal axis of the body in relation to the lateral parts; characterized in that the massager further comprises detachable massage heads , wherein the body is with sockets designed to secure the said massage heads , and the said sockets are located in the lateral parts of each of the said rib zones; the said three rib zones, together with the said massage heads secured in the sockets, form massage surfaces corresponding to the positions of the massaged organs of the back in the three different regions of the spine; and wherein the butt ends of the body carry sockets where handles and/or plugs can be secured. a body having butt ends and three sides, each of which sides ensures installation of the massager on a horizontal surface, while the planes tangential to each of the said sides and coinciding with the said horizontal surface, which ensures installation of each of the sides, form with one another a two-sided angle of 60±15 degrees, while the sum total of all the two-sided angles comprises 180 degrees, the said sides of the body are conjugated with one another by the means of three rib surfaces, each of which carries lateral parts for paravertebral areas of the back and a medial part for the spinal column, made sunk along the longitudinal axis of the body in relation to the lateral parts; characterized in that the massager further comprises detachable massage heads , wherein the body is with sockets designed to secure the said massage heads , and
A method of retrieving media data, the method comprising: receiving , by a media device from a server device in a Server And Network Assisted DASH (SAND) Parameters Enhancing Delivery, PED, message that is separate from a manifest file for the media data, information indicating at least one data structure of a plurality of data structures of a common media content that is likely to be retrieved by a plurality of user devices operated by a respective plurality of users, each of the data structures including media data, the at least one data structure comprising a first data structure, and the information indicating that the first data structure is more likely to be retrieved by the plurality of user devices than a second, different data structure of the plurality of data structures; and in response to the information indicating that the first data structure is more likely to be retrieved by the plurality of user devices than the second data structure, extracting , by the media device from the information received from the server device, the information indicating that a first data structure is more likely to be retrieved by the plurality of user devices; and retrieving , by the media device from the server device, the media data of the first data structure before receiving requests for the media data of the first data structure from the user devices. receiving , by a media device from a server device in a Server And Network Assisted DASH (SAND) Parameters Enhancing Delivery, PED, message that is separate from a manifest file for the media data, information indicating at least one data structure of a plurality of data structures of a common media content that is likely to be retrieved by a plurality of user devices operated by a respective plurality of users, each of the data structures including media data, the at least one data structure comprising a first data structure, and the information indicating that the first data structure is more likely to be retrieved by the plurality of user devices than a second, different data structure of the plurality of data structures; and in response to the information indicating that the first data structure is more likely to be retrieved by the plurality of user devices than the second data structure, extracting , by the media device from the information received from the server device, the information indicating that a first data structure is more likely to be retrieved by the plurality of user devices; and retrieving , by the media device from the server device, the media data of the first data structure before receiving requests for the media data of the first data structure from the user devices.
Method for configuring the network in a dental practice, wherein the network has at least two network-capable units, for example a dental treatment or examination unit and a behind-the-head PC which is separate from the treatment or examination unit , and wherein the method has the following steps of: • contacting a server provider service in the network by means of the network-capable units after they have been started up in each case, • transmitting, from the server provider service to the network-capable units, contact information relating to an equipment connector which manages the assignment of devices in the network and is connected to the network , • setting up communication between the network-capable units and the equipment connector and individually identifying the network-capable units by means of the equipment connector , wherein the communication is set up with the aid of the contact information transmitted by the server provider service ; • determining assignments of the network-capable units and transmitting assignment information to the network-capable units by means of the equipment connector . • contacting a server provider service in the network by means of the network-capable units after they have been started up in each case, • transmitting, from the server provider service to the network-capable units, contact information relating to an equipment connector which manages the assignment of devices in the network and is connected to the network , • setting up communication between the network-capable units and the equipment connector and individually identifying the network-capable units by means of the equipment connector , wherein the communication is set up with the aid of the contact information transmitted by the server provider service ; • determining assignments of the network-capable units and transmitting assignment information to the network-capable units by means of the equipment connector .