mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the passage of at least one electrical cable through a wall of the device, comprising a number of through-openings corresponding to the number of cables to be passed through and seals arranged at the through-openings for sealing the cable passage, the device being composed of two half-shells which have curved passage regions , which, in the assembled state of the half-shells , jointly delimit the through-openings , and which have contact regions adjoining the passage regions , along which contact regions the half-shells rest on one another in the assembled state, and which have centering means cooperating with one another for mutual alignment, wherein the half-shells each have at least one sealing strip extending along the passage regions and the contact regions for radial sealing of the cable passage, the sealing strips of the two half shells having ribbed surfaces on the sides facing one another which, in the assembled state of the half shells , engage in one another along the contact regions in the manner of a toothing , wherein the ribbed surface has at least two parallel ribs extending in the longitudinal direction of the sealing strip , characterized in that the at least two ribs in cross-section each have two flanks converging towards one another, the angle enclosed by the two flanks of a rib being greater in the case of the sealing strip of one of the two half-shells than in the case of the sealing strip of the other of the two half-shells .
A robotic fastening device having an end effector and a clamping device attached to the end effector , the clamping device comprising a clamp and a foot , characterised in that : the foot is adhesively bonded to an edge of the clamp and has a set of interlocking features that form a mechanical interlock with the clamp ; and wherein the set of interlocking features increase a cohesive strength of an interface between the clamp and the foot ; the foot further comprises: a base portion , wherein the set of interlocking features extend from the base portion ; an interlocking feature in the set of interlocking features is comprised entirely of an elongated portion that extends from the base portion of the foot ; and the elongated portion extends from the base portion of the foot at an angle relative to an interface between the base portion and the edge of the clamp , wherein the angle is between 5 degrees and 85 degrees relative to the interface. the foot is adhesively bonded to an edge of the clamp and has a set of interlocking features that form a mechanical interlock with the clamp ; and wherein the set of interlocking features increase a cohesive strength of an interface between the clamp and the foot ; the foot further comprises: a base portion , wherein the set of interlocking features extend from the base portion ; an interlocking feature in the set of interlocking features is comprised entirely of an elongated portion that extends from the base portion of the foot ; and the elongated portion extends from the base portion of the foot at an angle relative to an interface between the base portion and the edge of the clamp , wherein the angle is between 5 degrees and 85 degrees relative to the interface.
Linear motor arrangement for applying an actuating force to a tool of a machine tool and for the actuation thereof, having at least one electric linear motor , which has a slide that is guided in a displaceable manner in a longitudinal direction via a linear guide (28 to 38), characterized in that a secondary unit is provided respectively on slide sides facing away from one another, each secondary unit being assigned an opposite primary unit , wherein, via the slide , the actuating force is able to be applied to the tool and the tool is able to be actuated, wherein the slide is supported via the linear guide (28 to 38) upon application of the actuating force.
A transport device comprising at least two planar motors , each of which forms a transport plane (TEA, TEB) in which at least one transport unit can be moved two-dimensionally, wherein the transport planes (TEA, TEB) of the at least two planar motors are adjacent to one another and are inclined with respect to one another at a contact angle (α) which is 90°, with drive coils being provided on each planar motor in order to interact electromagnetically with drive magnets of a transport unit in order to move the transport unit in the relevant transport plane (TEA, TEB), wherein at least one multiple-action transport unit is provided on the transport device , wherein on the multiple-action transport unit at least first drive magnets are provided in order to interact electromagnetically with the drive coils of a first planar motor , and at least second drive magnets are provided in order to interact electromagnetically with the drive coils of a second planar motor , characterized in that in the transport device at least one further planar motor is provided which forms a transport plane (TEC, TED) which is directly adjacent to the transport plane (TEA) of the first planar motor and which is normal with respect thereto, wherein drive coils are provided on the at least one further planar motor in order to interact electromagnetically with drive magnets of a drive unit in order to move the transport unit in the relevant transport plane (TEC, TED), and that the at least one multiple-action transport unit can be moved two-dimensionally in the transport plane (TEA, TEB, TEC, TED) of one of the planar motors or can be moved one-dimensionally in the adjacent transport planes (TEA+TEB, TEA+TEC, TEA+TED) of at least two planar motors (2A+2B, 2A+2C, 2A+2D) at the same time, wherein the at least one multiple-action transport unit can be moved from the transport plane (TEB) of the second planar motor via the transport plane (TEA) of the first planar motor into the transport plane (TEC, TED) of the at least one further planar motor .
An automatic system for closing windows or doors, comprising: - a counter-plate installable on a fixed frame and provided with a first member that is mobile with respect to the counter-plate ; - a lock-body installable on a door or window leaf and provided with closing means mobile between a release configuration, in which the closing means engage the counter-plate when the counter-plate is proximal to the lock-body , and a retained configuration, in which the closing means are maintained internally of the lock-body and do not engage the counter-plate , said lock-body having a front portion destined to face said counter-plate ; - a switch housed in the lock-body for activating a switching of the closing means at least between the retained configuration and the release configuration, characterised in that it comprises: a second member solidly fixed to the lock-body so that, when the lock-body is proximal to the counter-plate , said second member exchanges, with the first member , an attraction force of a magnetic type which nears said first member to the lock-body so that it interacts magnetically with the switch for activating the automatic switching of the closing means between the retained configuration and the release configuration, said switch being distinct and separate from said second member . - a counter-plate installable on a fixed frame and provided with a first member that is mobile with respect to the counter-plate ; - a lock-body installable on a door or window leaf and provided with closing means mobile between a release configuration, in which the closing means engage the counter-plate when the counter-plate is proximal to the lock-body , and a retained configuration, in which the closing means are maintained internally of the lock-body and do not engage the counter-plate , said lock-body having a front portion destined to face said counter-plate ; - a switch housed in the lock-body for activating a switching of the closing means at least between the retained configuration and the release configuration,
Elastic compensation device (1;10) for movable wires (F) containing the growing foliage of plants, comprising a first fastening element provided with a first end for fastening said device to a head pole (PE) of a row of plants and a second end opposite to the first end along a rectilinear axis (X-X) and provided with two hooks (22A and 22B) opposite to each other, a second fastening element (3;6) suitable to fasten to the device tensioning elements (4;7;9) for said movable wires (F) and a helical elastic compensation element for the wires (F) fitted over said fastening element , wherein said second fastening element (3;6) is arranged between said elastic element and said first end of said first element for fastening to the pole, characterized in that said second fastening element (3;6) comprises two opposite larger surfaces (30,30;61,61) lying on a plane containing said axis (X-X) and provided with through holes (34,35;69) for engaging at least one coil of said elastic element .
A thermostatic faucet, wherein the thermostatic faucet comprises a housing , an inner main body , a hot water inlet connector and a cold water inlet connector , the inner main body is formed with a hot water passage connected with the hot water inlet connector , a cold water passage connected with the cold water inlet connector and a mixed water passage , the hot water passage and the cold water passage are communicated with the mixed water passage through a thermostatic valve , the thermostatic valve is disposed at one end of the inner main body close to the hot water inlet connector , another end of the inner main body is provided with a flow valve ; the inner main body is connected to the housing through two thermal insulation bushings fitted at two ends thereof and fixed through a fixing device, and a gap is formed between the inner main body and the housing , the thermostatic faucet being characterized in that the two ends of the inner main body protrude outwardly to form bosses respectively, and the thermal insulation bushings are fitted on the bosses respectively.
A thermoplastic polyamide obtainable or obtained through the reaction of at least the components (i), (ii), and (iii): (i) a composition comprising a polymeric compound having two carboxylic acid moieties; (ii) a dicarboxylic acid composition comprising at least one dicarboxylic acid; (iii) a diisocyanate composition comprising at least one diisocyanate, wherein a catalyst having a Lewis base component, selected from the group consisting of N-methylimidazole, melamine, guanidine, cyanuric acid, dicyandiamide, and mixtures thereof, is used in the reaction, wherein the polymeric compound having two carboxylic acid moieties comprises at least HOOC-(CH 2 ) x COO-PTHF-OOC-(CH 2 ) y -COOH, where x and y are independently an integer in the range from 1 to 10. (i) a composition comprising a polymeric compound having two carboxylic acid moieties; (ii) a dicarboxylic acid composition comprising at least one dicarboxylic acid; (iii) a diisocyanate composition comprising at least one diisocyanate,
An in-vehicle sterilization system comprising: a sterilizer comprising one or more ultraviolet, UV, light-emitting diodes, LEDs ; and one or more processors configured to: determine a time point at which the sterilizer is to be operated, and control operation of the sterilizer according to a result of the determination, wherein the sterilizer is characterized by a housing comprising a longitudinal channel provided on a front portion of the housing and having an open front portion and a UV mounting panel provided below a rear portion of the channel and having a space for accommodating the UV LEDs ; a luminescent fiber disposed in the channel of the housing to project RGB light under control; the UV LEDs mounted on a lower portion of the UV mounting panel to generate UV radiation under control; and an upper garnish configured to cover an open portion of the channel such that the luminescent fiber disposed in the channel is not released outward. a sterilizer comprising one or more ultraviolet, UV, light-emitting diodes, LEDs ; and one or more processors configured to: determine a time point at which the sterilizer is to be operated, and control operation of the sterilizer according to a result of the determination, determine a time point at which the sterilizer is to be operated, and control operation of the sterilizer according to a result of the determination, wherein the sterilizer is characterized by a housing comprising a longitudinal channel provided on a front portion of the housing and having an open front portion and a UV mounting panel provided below a rear portion of the channel and having a space for accommodating the UV LEDs ; a luminescent fiber disposed in the channel of the housing to project RGB light under control; the UV LEDs mounted on a lower portion of the UV mounting panel to generate UV radiation under control; and an upper garnish configured to cover an open portion of the channel such that the luminescent fiber disposed in the channel is not released outward. a housing comprising a longitudinal channel provided on a front portion of the housing and having an open front portion and a UV mounting panel provided below a rear portion of the channel and having a space for accommodating the UV LEDs ; a luminescent fiber disposed in the channel of the housing to project RGB light under control; the UV LEDs mounted on a lower portion of the UV mounting panel to generate UV radiation under control; and an upper garnish configured to cover an open portion of the channel such that the luminescent fiber disposed in the channel is not released outward.
A cap sorting device, comprising a bearing stationary disc to which a motor-reducer group is attached, that, above the bearing stationary disc , is connected to a rotating disc , on the periphery of which evenly vertically axially movable dowel retainers are mounted, and aligned cap feeding groove incorrectly aligned cap discharging groove and correctly aligned cap discharging groove are located on the surface of the bearing stationary disc , characterized in that in top ends of the dowel retainers there are magnets mounted and above the rotating disc the first and the second control sectors are set, made of ferromagnetic material, mounted adjustably to the bearing stationary disc and between the bearing stationary disc and the rotating disc a removable format part is set; at its periphery there are symmetrically shaped seats for the caps; that removable format part is connected to the rotating disc so that the motor-reducer group imparts a rotational movement on the rotating disc and its connected elements, wherein along the periphery and on the stationary disc between said three cap grooves stationary removable side spacers are fixed, in the direction of movement of the rotating disc , the size and shape of the seats of the removable format part and the removable side spacers are adapted to the size and shape of the caps , the device being configured such that after the cap feeding groove , the caps are accepted by the removable format part and fall between its seats and one of the side spacers , the device further being configured such that the dowel retainer is designed to hold the caps to the bearing stationary disc by means of said magnets and respective cylindrical return springs of each dowel retainer , wherein the magnet is adapted to lift the dowel retainer at the device inlet, overcoming the force of the return spring under the influence of magnetic forces of attraction to each of the first and the second control sectors, wherein when the dowel retainer comes out of the corresponding control sector , the magnetic force disappears and the return spring presses it down, thereby fixing the cap, wherein once the area of the respective control sector is bypassed, the dowel retainers are returned to their lower position by the spring and correctly aligned caps are displayed by correctly-aligned cap groove .
Method for producing an arrester , comprising the steps of: - providing at least three green layers , wherein the respective layer comprises at least one green sheet, - introducing at least one hole into a first of the three layers , - applying an electrically conductive material for forming inner electrodes to a second of the three layers and a third of the three layers , - laminating the layers to form a stack , wherein the first layer is arranged between the second layer and the third layer , - separating the green stack into individual components , - compacting the individual components , wherein the lamination of the layers and the compaction of the individual components are effected in a single temperature process by co-firing. - providing at least three green layers , wherein the respective layer comprises at least one green sheet, - introducing at least one hole into a first of the three layers , - applying an electrically conductive material for forming inner electrodes to a second of the three layers and a third of the three layers , - laminating the layers to form a stack , wherein the first layer is arranged between the second layer and the third layer , - separating the green stack into individual components , - compacting the individual components , wherein the lamination of the layers and the compaction of the individual components are effected in a single temperature process by co-firing.
A method for processing a signal generated by a coherent lidar comprising a coherent source (L), the method comprising the steps of: - generating a first beat signal (Sb1) and a second beat signal (Sb2) from a first detection assembly (D1) and a second detection assembly (D2) respectively, each beat signal being generated by interference between a local-oscillator signal (S OL ) generated by the coherent source and a signal (Sig) backscattered by a target illuminated by the lidar, then digitizing these beat signals, - for a plurality of n time intervals (ti), determining n respective spectral-density values (SPDi) from a transform in the frequency domain of the cross-correlation between the first and second beat signals, - determining an average value (<SPD>) of the spectral density from said n spectral-density values (SPDi), - determining a piece of target location information from the average value of said spectral density. - generating a first beat signal (Sb1) and a second beat signal (Sb2) from a first detection assembly (D1) and a second detection assembly (D2) respectively, each beat signal being generated by interference between a local-oscillator signal (S OL ) generated by the coherent source and a signal (Sig) backscattered by a target illuminated by the lidar, then digitizing these beat signals, - for a plurality of n time intervals (ti), determining n respective spectral-density values (SPDi) from a transform in the frequency domain of the cross-correlation between the first and second beat signals, - determining an average value (<SPD>) of the spectral density from said n spectral-density values (SPDi), - determining a piece of target location information from the average value of said spectral density.
A pool (1; 1'; 1"; 1'''; 1'''') for receiving one or more persons for the performance of sporting or recreational activities, comprising at least one bottom plate (2; 2'; 2"; 2'''; 2''''); a boundary wall (3; 3'; 3"; 3'''; 3''''), wherein the bottom plate (2; 2'; 2"; 2'''; 2'''') and the boundary wall (3; 3'; 3"; 3'''; 3'''') enclose an internal volume (4; 4"; 4''') which is fillable with water during operation of the pool (1; 1'; 1"; 1'''; 1''''); and a treatment unit for treatment of the water contained in the inner volume (4; 4"; 4'''; 4''''), the treatment unit comprising an inlet connected to the inner volume (4; 4"; 4'''; 4'''') 4''''), an outlet connected to the inner volume (4; 4"; 4'''; 4''''), and a treatment means arranged in the direction of flow of the water between the inlet and the outlet , wherein the bottom plate (2; 2'; 2"; 2'''; 2'''') and the boundary wall (3; 3'; 3"; 3'''; 3'''') are each constructed of one or more monolithic natural stones, and said monolithic natural stones are joined to one another within the bottom plate (2; 2'; 2"; 2''' 2''''), the boundary wall (3; 3'; 3"; 3'''; 3'''') and at the connecting surfaces between the base plate (2; 2'; 2"; 2'''; 2'''') and the boundary wall (3; 3'; 3"; 3''''; 3'''') in a materially bonded and watertight manner, in particular by means of an adhesive bond; the bottom plate (2; 2'; 2"; 2'''; 2'''') together with the boundary wall (3; 3'; 3"; 3'''; 3'''') are adapted to absorb the pressure generated by the water present in the inner volume (4; 4"; 4"; 4'''') during operation of the pool (1; 1'; 1"; 1'''; 1''''), without the need for a supporting substructure provided in addition to the boundary wall (3; 3'; 3"; 3'''; 3''''); and the inner volume (4; 4"; 4'''; 4'''') has a depth of at least 0.5 m and the inner volume (4; 4"; 4'''; 4'''') exhibits a free inner length (42; 42'; 42''') of at least 2 m and a free inner width (43; 43''') of at least 2 m, wherein the free inner length (42; 42'; 42''') is arranged at right angles to the free inner width (43; 43'").
An ultrasound probe comprising: a plurality of piezoelectric transducer elements divided in grid sections, the piezoelectric transducer elements having an ultrasound wave transmitting/receiving surface and a rear surface opposite to the ultrasound wave transmitting/receiving surface; the piezoelectric transducer elements having electrodes facing the ultrasound wave transmitting/receiving surface side and the rear surface side; and a substrate provided on the rear surface of the plurality of piezoelectric transducer elements , characterized in that the substrate is a Flexible Preprint Circuit, FPC, having a plurality of wirings in annular formations on a side different from the plurality of piezoelectric transducer elements side and that connect a plurality of electrodes corresponding to the transducer elements in the plurality of piezoelectric transducer elements in parallel in the formation of substantially concentric circles, the plurality of wirings in annular formations connecting the plurality of electrodes to driving circuity. a plurality of piezoelectric transducer elements divided in grid sections, the piezoelectric transducer elements having an ultrasound wave transmitting/receiving surface and a rear surface opposite to the ultrasound wave transmitting/receiving surface; the piezoelectric transducer elements having electrodes facing the ultrasound wave transmitting/receiving surface side and the rear surface side; and a substrate provided on the rear surface of the plurality of piezoelectric transducer elements , characterized in that the substrate is a Flexible Preprint Circuit, FPC, having a plurality of wirings in annular formations on a side different from the plurality of piezoelectric transducer elements side and that connect a plurality of electrodes corresponding to the transducer elements in the plurality of piezoelectric transducer elements in parallel in the formation of substantially concentric circles, the plurality of wirings in annular formations connecting the plurality of electrodes to driving circuity.