mhurhangee/patent-ind-claim-en huggingface dataset:
Resonator for a timepiece comprising a support structure intended to permit mounting of the resonator in a timepiece, a first and a second balance which are arranged to oscillate in the same plane, at least one first elastic element arranged to connect the first balance to the support structure, at least one second elastic element (14a, 14b; 14a', 14b'; 14a", 14b") arranged to connect the second balance to the support structure, the configuration of the elastic elements determining two parallel geometrical elastic pivoting axes (X', X") for the two balances, and the elastic elements forming elastic return means arranged to angularly return each of the balances towards a rest position, characterised - in that it further comprises a strap (16; 116, 118) arranged to couple the first and the second balance , the strap being attached to the first and to the second balance, in that the points joining the strap respectively to the first and the second balance are located in the same plane parallel to the plane of oscillation of the balances, and in that, when the balances are in their rest position, on the one hand, said joining points are symmetrical with respect to a centre of symmetry (O) located half way between the two geometrical pivoting axes, and on the other hand, a radius connecting the centre of symmetry (O) to the point of joining to the first or the second balance, parallel to the plane of oscillation, forms an angle (a) of at least 30° with the plane containing the first and the second geometrical pivoting axis (X', X"). - in that it further comprises a strap (16; 116, 118) arranged to couple the first and the second balance , the strap being attached to the first and to the second balance, in that the points joining the strap respectively to the first and the second balance are located in the same plane parallel to the plane of oscillation of the balances, and in that, when the balances are in their rest position, on the one hand, said joining points are symmetrical with respect to a centre of symmetry (O) located half way between the two geometrical pivoting axes, and on the other hand, a radius connecting the centre of symmetry (O) to the point of joining to the first or the second balance, parallel to the plane of oscillation, forms an angle (a) of at least 30° with the plane containing the first and the second geometrical pivoting axis (X', X").
A retail merchandise pusher system comprising: a track and a pusher ; the pusher having a housing and an adaptor ; the adaptor slidable along the track in a first direction (D1) and a second direction (D2); the retail merchandise pusher system being characterized in that the pusher comprises a first electrical contact and a second electrical contact ; and movement of the pusher along the track causes the first electrical contact to engage with the second electrical contact , such that the distance that the pusher has moved along the track can be determined by the total number of engagements between the first electrical contact and the second electrical contact. a track and a pusher ; the pusher having a housing and an adaptor ; the adaptor slidable along the track in a first direction (D1) and a second direction (D2); the retail merchandise pusher system being characterized in that the pusher comprises a first electrical contact and a second electrical contact ; and movement of the pusher along the track causes the first electrical contact to engage with the second electrical contact , such that the distance that the pusher has moved along the track can be determined by the total number of engagements between the first electrical contact and the second electrical contact.
A method for managing a radio link failure recovery, comprising: establishing a first communication link with a first node (605-a) using a wireless wide area network, WWAN, radio access technology; establishing a second communication link , different from the first communication link , with a second node different (605-b) from the first node (605-a) using a wireless local area network, WLAN, radio access technology; transmitting at least one first data flow over the first communication link using the WWAN radio access technology and at least one second data flow over the second communication link using the WLAN radio access technology; detecting a radio link failure, between a user equipment and the first node (605-a), in the first communication link that uses the WWAN radio access technology; determining to suspend the at least one second data flow over the second communication link when the radio link failure is detected in the first communication link ; suspending the transmission of the at least one second data flow over the second communication link; characterized by detecting a recovery from the radio link failure; and resuming the transmission of the at least one second data flow over the second communication link in response to detecting the recovery. establishing a first communication link with a first node (605-a) using a wireless wide area network, WWAN, radio access technology; establishing a second communication link , different from the first communication link , with a second node different (605-b) from the first node (605-a) using a wireless local area network, WLAN, radio access technology; transmitting at least one first data flow over the first communication link using the WWAN radio access technology and at least one second data flow over the second communication link using the WLAN radio access technology; detecting a radio link failure, between a user equipment and the first node (605-a), in the first communication link that uses the WWAN radio access technology; determining to suspend the at least one second data flow over the second communication link when the radio link failure is detected in the first communication link ; suspending the transmission of the at least one second data flow over the second communication link; characterized by detecting a recovery from the radio link failure; and resuming the transmission of the at least one second data flow over the second communication link in response to detecting the recovery.
A computer-implemented method comprising: receiving , on a computing device, an identification of a conversation including a plurality of conversation participants within a group messaging system; receiving , on the computing device, a request to schedule an event relative to the conversation; creating , on the computing device, the event having a plurality of event participants based on, at least in part, the plurality of conversation participants; transmitting , on the computing device, a notification of the event to the plurality of event participants; and obtaining one or more event attributes, the obtaining includes: receiving a first set of event attributes from one or more of the plurality of event participants, said first set of event attributes comprising a location of each of said plurality of event participants; and determining a second set of event attributes, on the computing device, including determining an event location attribute specifying a location of the event that is generally central to at least a majority of the one or more event participants. receiving , on a computing device, an identification of a conversation including a plurality of conversation participants within a group messaging system; receiving , on the computing device, a request to schedule an event relative to the conversation; creating , on the computing device, the event having a plurality of event participants based on, at least in part, the plurality of conversation participants; transmitting , on the computing device, a notification of the event to the plurality of event participants; and obtaining one or more event attributes, the obtaining includes: receiving a first set of event attributes from one or more of the plurality of event participants, said first set of event attributes comprising a location of each of said plurality of event participants; and determining a second set of event attributes, on the computing device, including determining an event location attribute specifying a location of the event that is generally central to at least a majority of the one or more event participants. receiving a first set of event attributes from one or more of the plurality of event participants, said first set of event attributes comprising a location of each of said plurality of event participants; and determining a second set of event attributes, on the computing device, including determining an event location attribute specifying a location of the event that is generally central to at least a majority of the one or more event participants.
A vehicle axle comprising: two steering knuckles , each respectively mounted on one of two linkage areas spaced axially from each other in respect of a longitudinal axis running parallel to the axle track direction, each steering knuckle being pivotally mounted around a steering axle ; a main steering actuating device in the form of a piston cylinder arrangement , operated by means of a pressurising medium, comprising two piston rods extending parallel to the longitudinal axis , one end of a main coupling link being arranged on a linkage point on the free ends of each of said piston rods, and the other end of said main coupling link being mounted on a linkage point of a respective steering knuckle ; and an auxiliary steering actuating device acting on one of the steering knuckles , characterised in that the auxiliary actuating device is formed by a piston cylinder arrangement comprising a piston rod extending parallel to the longitudinal axis , an auxiliary coupling link being mounted on a linkage point on the free end of said piston rod, and the other end of said auxiliary coupling link being mounted on a linkage point on the steering knuckle , which linkage point sits on a line which passes through the linkage point of the main coupling link , extends parallel to the steering axle and is at a distance from the same. two steering knuckles , each respectively mounted on one of two linkage areas spaced axially from each other in respect of a longitudinal axis running parallel to the axle track direction, each steering knuckle being pivotally mounted around a steering axle ; a main steering actuating device in the form of a piston cylinder arrangement , operated by means of a pressurising medium, comprising two piston rods extending parallel to the longitudinal axis , one end of a main coupling link being arranged on a linkage point on the free ends of each of said piston rods, and the other end of said main coupling link being mounted on a linkage point of a respective steering knuckle ; and an auxiliary steering actuating device acting on one of the steering knuckles , characterised in that the auxiliary actuating device is formed by a piston cylinder arrangement comprising a piston rod extending parallel to the longitudinal axis , an auxiliary coupling link being mounted on a linkage point on the free end of said piston rod, and the other end of said auxiliary coupling link being mounted on a linkage point on the steering knuckle , which linkage point sits on a line which passes through the linkage point of the main coupling link , extends parallel to the steering axle and is at a distance from the same.
A patient support apparatus , comprising: a mattress defining a plurality of grooves ; a bladder disposed within each groove , wherein each bladder is operable between a deployed state and a non-deployed state ; a flap disposed adjacent to each groove , wherein each flap includes at least one contact surface , wherein each flap includes a first projection and a second projection extending in opposing directions; and a manifold in fluid communication with each bladder , wherein the manifold is configured to adjust the bladders between the deployed state and the non-deployed state , and consequently move the flaps between a raised position and a lowered position , respectively. a mattress defining a plurality of grooves ; a bladder disposed within each groove , wherein each bladder is operable between a deployed state and a non-deployed state ; a flap disposed adjacent to each groove , wherein each flap includes at least one contact surface , wherein each flap includes a first projection and a second projection extending in opposing directions; and a manifold in fluid communication with each bladder , wherein the manifold is configured to adjust the bladders between the deployed state and the non-deployed state , and consequently move the flaps between a raised position and a lowered position , respectively.
A quantum computing device, comprising: a Majorana fermion device coupled to an ion implanted region ; and an encapsulation film coupled to the ion implanted region and a substrate layer, wherein the encapsulation film suspends the Majorana fermion device in the quantum computing device. a Majorana fermion device coupled to an ion implanted region ; and an encapsulation film coupled to the ion implanted region and a substrate layer, wherein the encapsulation film suspends the Majorana fermion device in the quantum computing device.
Method of treating at least part of a surface of an article , comprising the step of: I) providing the article , at least part of a surface of the article having been produced by an additive manufacturing method from a build material, and the build material being at a temperature T G' at which the storage modulus G' of the build material, determined by dynamic-mechanical analysis according to ISO 6721 at an angular frequency of 1/s, is 10 MPa; characterized in that the treating of at least part of the surface comprises the action of pressure on the surface at a temperature of the surface above the temperature T G' and in that the method further comprises the steps of: II) placing the article into an evacuable volume having a boundary comprising flexible sections intended for contact with the surface of the article, wherein the material for the boundary is selected such that it does not enter into any permanent bond with the build material that has been heated above its temperature T G' and then cooled below its temperature T G' ; III) evacuating the volume , such that at least some of the flexible sections of the boundary of the volume come into contact with the surface of the article ; IV) heating at least a portion of the surface of the article , while the volume still remains evacuated, for a predetermined period of time to a temperature above the temperature T G' ; V) cooling the surface of the article to a temperature below the temperature T G' ; VI) removing the article from the volume . I) providing the article , at least part of a surface of the article having been produced by an additive manufacturing method from a build material, and the build material being at a temperature T G' at which the storage modulus G' of the build material, determined by dynamic-mechanical analysis according to ISO 6721 at an angular frequency of 1/s, is 10 MPa; II) placing the article into an evacuable volume having a boundary comprising flexible sections intended for contact with the surface of the article, wherein the material for the boundary is selected such that it does not enter into any permanent bond with the build material that has been heated above its temperature T G' and then cooled below its temperature T G' ; III) evacuating the volume , such that at least some of the flexible sections of the boundary of the volume come into contact with the surface of the article ; IV) heating at least a portion of the surface of the article , while the volume still remains evacuated, for a predetermined period of time to a temperature above the temperature T G' ; V) cooling the surface of the article to a temperature below the temperature T G' ; VI) removing the article from the volume .
A reducer casing structure, comprising: a front casing , and a rear casing ; the front casing and the rear casing are sealedly connected, so that a cavity structure is formed therein for accommodating a reducer and the reducer casing structure further comprises a connecting column , the connecting column is provided in the cavity structure and is detachably connected between the front casing and the rear casing , the connection mode of the connecting column with the front casing and the rear casing is bolt connection, the connecting column is used to improve connection strength of the reducer casing structure, reduce casing vibration and improve noise, vibration, harshness, denoted as NVH performance of the reducer; the reducer casing structure is characterized in that : two ends of the connecting column are connected and fixed with the front casing and the rear casing respectively through one or more bolts . the front casing and the rear casing are sealedly connected, so that a cavity structure is formed therein for accommodating a reducer and the reducer casing structure further comprises a connecting column , the connecting column is provided in the cavity structure and is detachably connected between the front casing and the rear casing , the connection mode of the connecting column with the front casing and the rear casing is bolt connection, the connecting column is used to improve connection strength of the reducer casing structure, reduce casing vibration and improve noise, vibration, harshness, denoted as NVH performance of the reducer; the reducer casing structure is characterized in that : two ends of the connecting column are connected and fixed with the front casing and the rear casing respectively through one or more bolts .
Cosmetic container for storing a liquid or semi-solid preparation, wherein the cosmetic container comprises a receiving section for receiving the preparation , wherein a storage compartment separate from the receiving section is provided in the interior of the cosmetic container , wherein an applicator is provided, wherein the applicator has an application section for applying the preparation to the skin, characterised in that at least one drug is arranged in the storage compartment , the storage compartment being arranged in the interior of the applicator and being delimited by the application section , and the application section being configured in such a way that reversible take-up of the preparation into the storage compartment is made possible.
A gripper for a stick on which ice cream is formed, comprising: a support , and a lever being movable relative to the support by a pivoting motion, the lever comprising a protrusion , wherein the lever is movable between - a closed position (p 1 ) in which the protrusion and the support pinch the stick , when the stick is arranged in a gap between the protrusion and the support , and - an open position (p 2 ) in which the gap is increased such that the stick is released from the gap , characterized in that the lever comprises a molded material that at least partly encloses the protrusion , wherein the lever is formed from a material comprising a polymer, and the protrusion is formed from a material comprising a metal or a ceramic material. a support , and a lever being movable relative to the support by a pivoting motion, the lever comprising a protrusion , wherein the lever is movable between - a closed position (p 1 ) in which the protrusion and the support pinch the stick , when the stick is arranged in a gap between the protrusion and the support , and - an open position (p 2 ) in which the gap is increased such that the stick is released from the gap , characterized in that the lever comprises a molded material that at least partly encloses the protrusion , wherein the lever is formed from a material comprising a polymer, and the protrusion is formed from a material comprising a metal or a ceramic material. - a closed position (p 1 ) in which the protrusion and the support pinch the stick , when the stick is arranged in a gap between the protrusion and the support , and - an open position (p 2 ) in which the gap is increased such that the stick is released from the gap , characterized in that the lever comprises a molded material that at least partly encloses the protrusion , wherein the lever is formed from a material comprising a polymer, and the protrusion is formed from a material comprising a metal or a ceramic material.
A rotary surgical assembly attachable to a driver, the assembly comprising: a plurality of cutting teeth ; a hollow dome comprising a pole having a pole axis (X), and a cutting surface on which is provided at least some of said plurality of cutting teeth , said cutting surface including a curved part and a substantially flat part proximal the pole, the substantially flat part having an aperture extending therethrough; and a spindle , having a proximal end , for connection to the driver and a distal end , including a spindle mounting element , , in which a part of the spindle mounting element , is secured to an internal surface of the dome beneath the substantially flat part of the cutting surface, and in which said spindle mounting element , comprises a cutting tooth , which extends distally through the aperture in the substantially flat part of the cutting surface to form one of the said plurality of cutting teeth . a plurality of cutting teeth ; a hollow dome comprising a pole having a pole axis (X), and a cutting surface on which is provided at least some of said plurality of cutting teeth , said cutting surface including a curved part and a substantially flat part proximal the pole, the substantially flat part having an aperture extending therethrough; and a pole having a pole axis (X), and a cutting surface on which is provided at least some of said plurality of cutting teeth , said cutting surface including a curved part and a substantially flat part proximal the pole, the substantially flat part having an aperture extending therethrough; and a spindle , having a proximal end , for connection to the driver and a distal end , including a spindle mounting element , , in which a part of the spindle mounting element , is secured to an internal surface of the dome beneath the substantially flat part of the cutting surface, and in which said spindle mounting element , comprises a cutting tooth , which extends distally through the aperture in the substantially flat part of the cutting surface to form one of the said plurality of cutting teeth .