mhurhangee/patent-ind-claim-en huggingface dataset:
An up and over door comprising a wing and a fixed door frame, whereby the wing is equipped with a device comprising an electronic accelerometer (A, G) for controlling the safety of said wing during its movement whereby the door comprises a control device for an automated movement of the wing, said wing rotates in its movement using two pivots moving in vertically, along an X-axis oriented guiderails of the frame; whereby the electronic accelerometer (A, G) is solidly connected to the wing, and can emit signals for each position assumed along the path of the movement of the wing, which goes from the initial completely closed position of the wing, in which the wing is oriented vertically to the completely open position, in which the wing is oriented horizontally, and vice versa, which signals are an integral part of the automated control, characterized in that said signals emitted after each impact or after each collision against the wing of said door when moving are used as signals for managing the control device regarding the collisions or impacts in a manner consequent to the moving wing considering it either a perpendicular or planar type of collision or impact with respect to the moving wing .
Unvulcanized tyre blank for vulcanization in a vulcanizing press , comprising a tread , a tyre belt , a carcass , sidewalls and a tyre bead which comprises a tyre core and a bead filler , wherein the tread has a tread upper part and a tread lower part located areally therebelow in a radial direction (R), wherein the tread lower part has a radial lower part thickness (d2), wherein the tread upper part has a radial upper part thickness (d1), wherein the tread upper part has at least one profile groove and at least two profile blocks , wherein the profile groove separates the profile blocks from one another, characterized in that the radial lower part thickness (d2) of the tread lower part in the unvulcanized tyre blank varies in an axial direction (A) and/or in a circumferential direction (U), wherein the tread lower part in the unvulcanized tyre blank has a greater radial lower part thickness (d2) at least in certain regions in the region below a profile block than in the region below a profile groove . wherein the tread has a tread upper part and a tread lower part located areally therebelow in a radial direction (R), wherein the tread lower part has a radial lower part thickness (d2), wherein the tread upper part has a radial upper part thickness (d1), wherein the tread upper part has at least one profile groove and at least two profile blocks , wherein the profile groove separates the profile blocks from one another, characterized in that the radial lower part thickness (d2) of the tread lower part in the unvulcanized tyre blank varies in an axial direction (A) and/or in a circumferential direction (U), wherein the tread lower part in the unvulcanized tyre blank has a greater radial lower part thickness (d2) at least in certain regions in the region below a profile block than in the region below a profile groove .
Drive unit , comprising a drive motor , a bearing device , a gear housing and a gear element , wherein the drive motor interacts via a drive shaft , which is mounted at multiple points, with the gear element , wherein the drive shaft comprises a first bearing element which is arranged on that side of the drive motor which is opposite the gear element , a second bearing element which is arranged between the drive motor and the gear element , and a third bearing element (20; 20a to 20h) which is arranged on that side of the gear element which faces away from the drive motor , wherein the third bearing element (20; 20a to 20h) is arranged movably in a direction perpendicular to the longitudinal axis of the drive shaft , and wherein the third bearing element (20; 20a to 20h) is accommodated in a receptacle (38; 38a; 66) of the gear housing , wherein the receptacle (38; 38a; 66) for the third bearing element (20; 20a to 20h) in the gear housing is arranged with respect to the drive shaft laterally next to the drive shaft in a partial region in the circumferential direction of the drive shaft , and wherein the third bearing element (20; 20a to 20h) has a contact element (28; 28a to 28h) which is arranged in constant bearing contact with the drive shaft , characterized in that the contact element (28; 28a; 28b; 28d; 28e) interacts with a stop (37; 48; 65) which limits the deflection of the contact element (28; 28a; 28b; 28d; 28e) in a direction running perpendicularly to the longitudinal axis of the of the drive shaft .
A compound of formula ( I ), or a pharmaceutically acceptable salt thereof, for use in a method of treating metastatic castration-resistant prostate cancer, non-metastatic castration-resistant prostate cancer, metastatic castration-sensitive prostate cancer, non-metastatic castration-sensitive prostate cancer or high-risk localized prostate cancer in a male human patient, comprising orally administering the compound of Formula ( I ), or a pharmaceutically acceptable salt thereof, to a human male patient in need of such treatment at a dose of about 30 mg per day to about 480 mg per day, in combination with abiraterone acetate and prednisone.
A sprinkler device for a liquid , comprising: i) an annular fixing element adapted to be connected to a hydraulic conduit , ii) a substantially conical distribution element comprising a conical vertex facing towards said annular fixing element and adapted to distribute a liquid flow coming from said hydraulic conduit and iii) a plurality of holding arms structurally connecting said annular fixing element to said distribution element at a predetermined distance, characterised in that the sprinkler device further comprising a plurality of distribution apertures arranged on the surface of said conical distribution element , said plurality of distribution apertures being through apertures for further distributing said liquid flow to areas behind said distribution element . i) an annular fixing element adapted to be connected to a hydraulic conduit , ii) a substantially conical distribution element comprising a conical vertex facing towards said annular fixing element and adapted to distribute a liquid flow coming from said hydraulic conduit and iii) a plurality of holding arms structurally connecting said annular fixing element to said distribution element at a predetermined distance,
A compound:-represented by formula (X): or a pharmaceutically acceptable salt thereof.
Method by a network management device for channel allocation to nodes (100-n) over a coaxial cable in a data communication network, said method comprising the steps of: detecting a connection attempt from a first node on one available channel out of a list of channels, wherein the list of channels is a scan sequence of channels; selectively allowing connection to said one channel based on a likelihood parameter which is dependent on position of said one channel in said scan sequence, the method characterized in that the likelihood for allowing connection is increasingly higher from a first to a last position in the scan sequence. detecting a connection attempt from a first node on one available channel out of a list of channels, wherein the list of channels is a scan sequence of channels; selectively allowing connection to said one channel based on a likelihood parameter which is dependent on position of said one channel in said scan sequence, the method characterized in that the likelihood for allowing connection is increasingly higher from a first to a last position in the scan sequence.
A hollow guide shaft for an air-jet spinning device, the hollow guide shaft comprising: a first member in which are formed an introducing opening through which fibers are introduced, a first fiber passageway that is a through hole formed from the introducing opening along a central axis, and an assisting nozzle that is formed so as to open into the first fiber passageway ; a second member in which is formed a second fiber passageway through which the fibers that have passed through the first fiber passageway pass and that is arranged as a separate member from the first member ; a supporting member that supports the second member , and a cover part adapted to cover the supporting member so as to regulate the movement of the supporting member , characterised in that an air supply passageway is formed between the first member and at least one of the supporting member and the cover part such that the space between the first member and at least one of the supporting member and the cover part forms the air supply passageway , and the assisting nozzle is connected to the air supply passageway . a first member in which are formed an introducing opening through which fibers are introduced, a first fiber passageway that is a through hole formed from the introducing opening along a central axis, and an assisting nozzle that is formed so as to open into the first fiber passageway ; a second member in which is formed a second fiber passageway through which the fibers that have passed through the first fiber passageway pass and that is arranged as a separate member from the first member ; a supporting member that supports the second member , and a cover part adapted to cover the supporting member so as to regulate the movement of the supporting member , characterised in that an air supply passageway is formed between the first member and at least one of the supporting member and the cover part such that the space between the first member and at least one of the supporting member and the cover part forms the air supply passageway , and the assisting nozzle is connected to the air supply passageway .
Industrial truck comprising an electrical plug apparatus which has a first plug element and a second plug element which interacts with the first plug element, characterized in that the first plug element has at least two circular and concentrically arranged electrical contact loops which can each be operatively connected to at least one electrical contact pin , and the contact pins are arranged on the second plug element , wherein the first plug element and the second plug element are each provided with at least one magnet , which magnets hold the first plug element and the second plug element in a contact position in which the second plug element is positioned and held in contact with the first plug element and also the contact pins of the second plug element are in contact with the electrical contact loops of the first plug element , and wherein the first plug element and the second plug element are each of rotationally symmetrical configuration on end sides which are opposite and bear against one another in the contact position, so that the contact position is rendered possible independently of the rotation position between the first plug element and the second plug element .
Method for operating a hearing aid in a present environment (U), - wherein a noise cancellation of the hearing aid is activated such that ambient noise is reduced for a user of the hearing aid , - wherein a target value (S) for the voice volume of the user is determined for the present environment (U), - wherein an actual value (I) for the voice volume of the user is measured using a microphone of the hearing aid , - wherein, if the actual value (I) is less than the target value (S), an action is performed by the hearing aid to prompt the user to speak louder, characterized in that - the environment (U) is classified by means of a classifier and assigned to a class, - the target value (S) is determined by selecting it depending on the class. - wherein a noise cancellation of the hearing aid is activated such that ambient noise is reduced for a user of the hearing aid , - wherein a target value (S) for the voice volume of the user is determined for the present environment (U), - wherein an actual value (I) for the voice volume of the user is measured using a microphone of the hearing aid , - wherein, if the actual value (I) is less than the target value (S), an action is performed by the hearing aid to prompt the user to speak louder, characterized in that - the environment (U) is classified by means of a classifier and assigned to a class, - the target value (S) is determined by selecting it depending on the class.
Catalyst comprising a carrier substrate of length L which extends between a first end face a and a second end face b, and catalytically active material zones A, B, and C of different compositions, wherein - material zone A comprises palladium or palladium and platinum with a weight ratio of Pd : Pt > 1, and cerium oxide, - material zone B comprises platinum or platinum and palladium with a weight ratio of Pt : Pd > 1, and cerium oxide and/or cerium/zirconium mixed oxide and - material zone C comprises platinum or platinum and palladium with a weight ratio of Pt : Pd > 1, and a carrier oxide, and wherein - material zone B is arranged above material zone A and - material zone C is arranged above material zone B and extends starting from the second end face b of the carrier substrate over a length of 20 to 60% of the length L. - material zone A comprises palladium or palladium and platinum with a weight ratio of Pd : Pt > 1, and cerium oxide, - material zone B comprises platinum or platinum and palladium with a weight ratio of Pt : Pd > 1, and cerium oxide and/or cerium/zirconium mixed oxide and - material zone C comprises platinum or platinum and palladium with a weight ratio of Pt : Pd > 1, and a carrier oxide, and - material zone B is arranged above material zone A and - material zone C is arranged above material zone B and extends starting from the second end face b of the carrier substrate over a length of 20 to 60% of the length L.
Equipment for displaying information carriers especially for advertising purposes, which equipment has a chamber (1; 20; 26; 30) for accommodating the information carrying device (11; 25; 27; 43; 56) and constructed in a way to make it possible to look into its internal space, in which chamber at least one transparent plate (8; 18; 37) is attached to a wall of the chamber (1; 20; 26; 30) along a first strip (9; 39) and being arranged transversal with respect to a direction of viewing, wherein the information carrying device is situated on said transparent plate (8; 18; 37) via a supporting device attached to the transparent plate (8; 18; 37); and at least a part of the chamber wall contains second strips (10a, 10b; 40) parallel to the first strip (9; 39) contacting the transparent plate (8; 18; 37), characterised by that said supporting device contains a frame fixed along the edge of an opening made in the transparent plate (8; 18; 37), which frame is formed by at least two objects in the form of frame-members , which are situated on the two sides of the transparent plate (8; 18; 37) opposite each other and the projections of which seen from the direction perpendicular to the transparent plate are identical or basically identical, the frame-members are overlapping each other and covering the edge of the opening of the transparent plate (8; 18; 37); and in the opening of the transparent plate the information carrying device is attached to one or more edges of the opening of the transparent plate covered by the overlapping frame members and/or to the frame .
An electric mower comprising: - at least one rotary cutting blade , - a rotary electric motor for driving the cutting blade, and - an electronic control unit for the electric motor configured to control rotation of the electric motor In a first direction of rotation in a cutting phase , and to control rotation of the electric motor in a second direction of rotation opposite to the first direction of rotation in a blade start-up phase , characterised in that : - the electric motor is a motor of brushless type, and - the control unit is provided with a circuit for measuring a current induced in at least one winding of the electric motor and is configured to initiate the blade start-up phase in response to an absence of current induced in the winding of the electric motor. - at least one rotary cutting blade , - a rotary electric motor for driving the cutting blade, and - an electronic control unit for the electric motor configured to control rotation of the electric motor In a first direction of rotation in a cutting phase , and to control rotation of the electric motor in a second direction of rotation opposite to the first direction of rotation in a blade start-up phase , - the electric motor is a motor of brushless type, and - the control unit is provided with a circuit for measuring a current induced in at least one winding of the electric motor and is configured to initiate the blade start-up phase in response to an absence of current induced in the winding of the electric motor.
A nonaqueous electrolyte secondary battery comprising a positive electrode , a negative electrode and a separator , wherein the separator comprises a substrate , a first filler layer disposed on one side of the substrate and containing phosphate salt particles , and a second filler layer disposed on the other side of the substrate and containing inorganic particles with a higher melting point than the phosphate salt particles , the separator being disposed between the positive electrode and the negative electrode in such a manner that the first filler layer is directed to the positive electrode side, characterized in that the BET specific surface area of the phosphate salt particles is not less than 5 m 2 /g and not more than 100 m 2 /g, and the separator further comprises a resin layer disposed on the surface of the first filler layer and in contact with the positive electrode , the resin layer including a resin having a glass transition temperature of not more than 130°C. the separator comprises a substrate , a first filler layer disposed on one side of the substrate and containing phosphate salt particles , and a second filler layer disposed on the other side of the substrate and containing inorganic particles with a higher melting point than the phosphate salt particles , the separator being disposed between the positive electrode and the negative electrode in such a manner that the first filler layer is directed to the positive electrode side, characterized in that the BET specific surface area of the phosphate salt particles is not less than 5 m 2 /g and not more than 100 m 2 /g, and the separator further comprises a resin layer disposed on the surface of the first filler layer and in contact with the positive electrode , the resin layer including a resin having a glass transition temperature of not more than 130°C.
An electro-optical phase modulator, EOM, array for modulating a plurality of optical beams each having a different wavelength, said EOM array characterized in a common substrate having a top surface and a plurality of more than two parallel waveguides formed into the top surface each receiving a separate one of the beams at the different wavelengths, and a plurality of parallel stripline electrodes formed to the top surface , said electrodes being responsive to a single RF drive signal that modulates the beams propagating on the waveguides . a common substrate having a top surface and a plurality of more than two parallel waveguides formed into the top surface each receiving a separate one of the beams at the different wavelengths, and a plurality of parallel stripline electrodes formed to the top surface , said electrodes being responsive to a single RF drive signal that modulates the beams propagating on the waveguides .
A system for placing one or more rovings in a composite material on a substrate , characterized in that said system comprises at least: - one roving depositing head able to deposit at least one roving , - one electric generator (G), and - at least one plasma torch mounted on the roving depositing head and supplied with power by the electric generator, - said plasma torch being further supplied with at least one plasma-generating fluid to generate at least one plasma jet suitable for heating the roving(s) to be deposited on the substrate, - said plasma jet being operated in a laminar flow regime. - one roving depositing head able to deposit at least one roving , - one electric generator (G), and - at least one plasma torch mounted on the roving depositing head and supplied with power by the electric generator, - said plasma torch being further supplied with at least one plasma-generating fluid to generate at least one plasma jet suitable for heating the roving(s) to be deposited on the substrate, - said plasma jet being operated in a laminar flow regime.
A battery module, characterized in comprising: a plurality of batteries that is stacked; an end plate disposed at an end of the plurality of batteries in a direction, along which the plurality of batteries are stacked; an electric insulation component disposed between the end plate and a battery of the plurality of batteries adjacent to the end plate , the electric insulation component comprising at least one mounting portion ; and at least one heat insulation component disposed below the end plate and connected to a bottom of the end plate , wherein each of the at least one heat insulation component is detachably connected to a corresponding one of the at least one mounting portion , wherein the electric insulation component further comprises an insulation body disposed between the end plate and the battery adjacent to the end plate , wherein the at least one mounting portion is disposed below the end plate , and the at least one mounting portion is connected to the insulation body and extends towards the end plate ; and wherein each of the at least one mounting portion is provided with a first mounting hole , in which a corresponding one of the at least one heat insulation component is mounted. a plurality of batteries that is stacked; an end plate disposed at an end of the plurality of batteries in a direction, along which the plurality of batteries are stacked; an electric insulation component disposed between the end plate and a battery of the plurality of batteries adjacent to the end plate , the electric insulation component comprising at least one mounting portion ; and at least one heat insulation component disposed below the end plate and connected to a bottom of the end plate , wherein each of the at least one heat insulation component is detachably connected to a corresponding one of the at least one mounting portion , wherein the electric insulation component further comprises an insulation body disposed between the end plate and the battery adjacent to the end plate , wherein the at least one mounting portion is disposed below the end plate , and the at least one mounting portion is connected to the insulation body and extends towards the end plate ; and wherein each of the at least one mounting portion is provided with a first mounting hole , in which a corresponding one of the at least one heat insulation component is mounted.