mhurhangee/patent-ind-claim-en huggingface dataset:
A footwear lacing apparatus comprising: a housing structure comprising: a first inlet; a second inlet; and a lacing channel extending between the first and second inlets, the lacing channel comprising: a spool receptacle located between the first and second inlets; a first relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively; a spool disposed in the spool receptacle of the lacing channel; and a drive mechanism coupling with the spool and adapted to rotate the spool to wind or unwind a lace cable extending through the lacing channel and through the spool; and wherein the pairs of angled channel transition walls of the first and second relief areas comprise planar sidewalls extending from the spool receptacle to form passageways that taper from the spool receptacle to the first and second inlets, respectively. a housing structure comprising: a first inlet; a second inlet; and a lacing channel extending between the first and second inlets, the lacing channel comprising: a spool receptacle located between the first and second inlets; a first relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively; a first inlet; a second inlet; and a lacing channel extending between the first and second inlets, the lacing channel comprising: a spool receptacle located between the first and second inlets; a first relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively; a spool receptacle located between the first and second inlets; a first relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively; a spool disposed in the spool receptacle of the lacing channel; and a drive mechanism coupling with the spool and adapted to rotate the spool to wind or unwind a lace cable extending through the lacing channel and through the spool; and
An artificial electromagnetic material , comprising at least one material sheet layer , each material sheet layer being provided with a first substrate and a second substrate which are oppositely arranged, and a plurality of artificial microstructures being attached on a surface of the first substrate , wherein the surface of the first substrate is faced with the second substrate; wherein the plurality of artificial microstructures are metal filaments arranged into geometric patterns, and each of the artificial microstructures comprise two I-shaped structures which are different in dimensions and non-intersecting, wherein each I-shaped structure comprises a linear first metal filament and two second metal filaments vertically connected to both ends of the filament respectively.
A method, comprising: detecting a first distance of an eye of a user to a near eye display using environmental sensor data; performing a first operation upon receipt of a first input and based on the detected first distance; detecting a second distance of the eye of the user to the near eye display using environmental sensor data; performing a second operation upon receipt of a second input and based on the second detected distance, wherein the second input is similar to the first input, and wherein the second operation is different from the first operation. detecting a first distance of an eye of a user to a near eye display using environmental sensor data; performing a first operation upon receipt of a first input and based on the detected first distance; detecting a second distance of the eye of the user to the near eye display using environmental sensor data; performing a second operation upon receipt of a second input and based on the second detected distance, wherein the second input is similar to the first input, and wherein the second operation is different from the first operation.
A two-wheeler stand comprising at least one base comprising at least one cavity , wherein if this base is brought into contact with a surface, this at least one cavity will form at least one hollow space with the surface, wherein a negative pressure can be built up or released in at least one of these hollow spaces, characterized in that the releasing of the negative pressure and/or the building up of the negative pressure requires a verification, wherein the verification prevents an unauthorized building up or releasing of the negative pressure.
Protection arrangement for a universal joint shaft , wherein the protection arrangement has the following: a protection device , extending along a longitudinal axis (L), and being formed for accommodating rotatingly a universal joint shaft and having at least one protection cone , and a protection pot , formed to be attached to a stationary component , wherein the protection cone accommodates the protection pot at least partially in an axially overlapping manner, at least one driver , which is retained at the outside on the protection cone , and wherein at least one driver engages radially in a first driver recess in the protection cone and in a second driver recess in the protection pot and supports the protection cone and the protection pot in circumferential direction against one another, wherein the second driver recess is formed in the protection pot as a slot, characterized in that the driver is part of a driving ring , which is retained on the protection cone . a protection device , extending along a longitudinal axis (L), and being formed for accommodating rotatingly a universal joint shaft and having at least one protection cone , and a protection pot , formed to be attached to a stationary component , wherein the protection cone accommodates the protection pot at least partially in an axially overlapping manner, at least one driver , which is retained at the outside on the protection cone , and wherein at least one driver engages radially in a first driver recess in the protection cone and in a second driver recess in the protection pot and supports the protection cone and the protection pot in circumferential direction against one another, wherein the second driver recess is formed in the protection pot as a slot, characterized in that the driver is part of a driving ring , which is retained on the protection cone .
A method for a user equipment (UE) to perform frequency offset (FO) delta tracking between an anchor component carrier (CC) and a non-anchor CC for connected mode discontinuous reception (DRX) carrier aggregation (CA), the method comprising: for the anchor CC, waking up to perform tracking updates on a plurality of successive DRX cycles; for the non-anchor CC: determining a minimum update interval Δt upd ; scheduling wake-ups on a first subset of the plurality of successive DRX cycles based on the minimum update interval Δt upd ; for the first subset of the plurality of successive DRX cycles with scheduled wake-ups, performing the tracking updates and updating an FO delta between the anchor CC and the non-anchor CC; and for a second subset of the plurality of successive DRX cycles without the scheduled wake-ups, applying the FO delta to correct for a frequency error on the non-anchor CC. for the anchor CC, waking up to perform tracking updates on a plurality of successive DRX cycles; for the non-anchor CC: determining a minimum update interval Δt upd ; scheduling wake-ups on a first subset of the plurality of successive DRX cycles based on the minimum update interval Δt upd ; for the first subset of the plurality of successive DRX cycles with scheduled wake-ups, performing the tracking updates and updating an FO delta between the anchor CC and the non-anchor CC; and for a second subset of the plurality of successive DRX cycles without the scheduled wake-ups, applying the FO delta to correct for a frequency error on the non-anchor CC. determining a minimum update interval Δt upd ; scheduling wake-ups on a first subset of the plurality of successive DRX cycles based on the minimum update interval Δt upd ; for the first subset of the plurality of successive DRX cycles with scheduled wake-ups, performing the tracking updates and updating an FO delta between the anchor CC and the non-anchor CC; and for a second subset of the plurality of successive DRX cycles without the scheduled wake-ups, applying the FO delta to correct for a frequency error on the non-anchor CC.
A method for providing a secured communication link between a user (1;7) and an entity (4;10b) having a first set of biometric data (Y 0 ) relating to the user, the method comprising the following steps: - obtaining a second set of biometric data (X 0 ) relating to the user and of the same type as the first set of biometric data; - implementing an advantage distillation phase in which the first set of biometric data (Y 0 ) and the second set of biometric data (X 0 ) are processed so as to gain the advantage over any passive attacker, - implementing an information reconciliation phase in which an error-correction protocol is applied to the first set of biometric data and to the second set of biometric data, in order to obtain first resultant data, on the side of the user, and second resultant data, on the side of the entity, the first and second resultant data being identical with a predetermined probability level; - comparing a number of bits of the first resultant data and of the second resultant data with a given threshold; and - if the first resultant data and the second resultant data of the reconciliation phase comprise a number of bits higher than the given threshold, implementing a secret amplification phase in which a hashing function (G) is applied to said first resultant data on the side of the user and in which the hashing function is applied to the second resultant data on the side of the entity to obtain a key (G(Y 2 *), G(X 2 *)) common to the user and to the entity. - obtaining a second set of biometric data (X 0 ) relating to the user and of the same type as the first set of biometric data; - implementing an advantage distillation phase in which the first set of biometric data (Y 0 ) and the second set of biometric data (X 0 ) are processed so as to gain the advantage over any passive attacker, - implementing an information reconciliation phase in which an error-correction protocol is applied to the first set of biometric data and to the second set of biometric data, in order to obtain first resultant data, on the side of the user, and second resultant data, on the side of the entity, the first and second resultant data being identical with a predetermined probability level; - comparing a number of bits of the first resultant data and of the second resultant data with a given threshold; and - if the first resultant data and the second resultant data of the reconciliation phase comprise a number of bits higher than the given threshold, implementing a secret amplification phase in which a hashing function (G) is applied to said first resultant data on the side of the user and in which the hashing function is applied to the second resultant data on the side of the entity to obtain a key (G(Y 2 *), G(X 2 *)) common to the user and to the entity.
A method for production of a micronized silica gel, the method comprising: (a) providing a stable silica sol with a silica content in the range from 5% to 50% by weight; (b) setting the pH of the stable silica sol to a value in the range of 1.7 to 4.0 using an ion exchanger in at least partly protonated form; (c) heating the silica sol obtained in (b); (d) adding a fluid comprising a volatile acid and/or a volatile base to the silica sol of (c) and mixing to achieve a uniform pH value in the entire reaction volume within less than five minutes, wherein the pH value is in a range from 4.0 to 7.0; (e) incubating the product of (d); (f) drying the product of (e); and (g) micronizing the thus obtained silica gel. (a) providing a stable silica sol with a silica content in the range from 5% to 50% by weight; (b) setting the pH of the stable silica sol to a value in the range of 1.7 to 4.0 using an ion exchanger in at least partly protonated form; (c) heating the silica sol obtained in (b); (d) adding a fluid comprising a volatile acid and/or a volatile base to the silica sol of (c) and mixing to achieve a uniform pH value in the entire reaction volume within less than five minutes, wherein the pH value is in a range from 4.0 to 7.0; (e) incubating the product of (d); (f) drying the product of (e); and (g) micronizing the thus obtained silica gel.
A laundry washing and/or drying machine comprising a body having a drum wherein the laundry to be treated is loaded and an opening providing access to the drum; at least one door which provides the opening/closing the opening and which has and a frame ; at least one housing which is arranged on the frame and which is defined by at least two walls ; and at least one hinge group having at least one hinge body which is fixed onto the body , at least one hinge arm which is fixed to the hinge body from one end and which extends outwards from the hinge body , at least two shafts which extend in opposite directions from the ends of the hinge arm which are not connected to the hinge body , and at least two bearings each connected to the hinge arm from one end so as to house a respective shaft and to rotate around the shaft axis and which are placed into the housing so as to be fixed to the frame , the bearings connected to the hinge arm such that a threshold force of a certain amplitude has to be applied onto at least one thereof so as to rotate around the axis of the shaft characterized by the bearing comprising at least one protrusion or at least one recess and the hinge arm comprising at least one recess suitable for engaging with said protrusion or at least one protrusion suitable for engaging with said recess and each of the walls comprising at least one beam extending outwards, and the bearing comprising at least one channel at the end not connected to the hinge arm which receives said beam .
A sliding sleeve opening with a deployed plug (B), the sleeve comprising a housing defining a first bore and defining a flow port communicating the first bore outside the housing ; an inner sleeve disposed in the first bore and defining a second bore , the inner sleeve movable inside the first bore from a closed position to an opened position relative to the flow port ; a seat having a landing ring and a compressible ring disposed in the second bore , the landing ring in a first axial position in the second bore having a first contact dimension (d1) to engage the deployed plug (B) in the first contact dimension (d1) and to open the inner sleeve in response to fluid pressure applied against the engaged plug (B); the compressible ring having a plurality of segments and defining a space between an upward extending portions of the segments on the compressible ring and the second bore , the landing ring moving to a second axial position fitting in the space between the upward extending portion of the compressible ring and the second bore and contracting the upper end portions on the segments of the compressible ring inward to a contracted state in response to the fluid pressure applied against the engaged plug (B), the upward extending portions on the segments of the compressible ring in the contracted state having a second contact dimension (d2) narrower than the first contact dimension (d1) and wedging against the engaged plug (B).
Refrigerator with a compressor , a condenser and an evaporator , which are connected in a refrigerant circuit, with the evaporator being forced- ventilated by a fan with adjustable power, and with a control unit , which is configured to regulate the power of the fan in the opposite sense to a thermal load of the refrigerator, characterised in that the control unit is configured to detect the time (t) which has elapsed since the refrigerator was switched on and to decide on the basis of the detected time (S13) whether a high thermal load is present or not.
A combination of a current sensor module , for measuring an electric current through an electrical conductor, and a fuse , the current sensor module comprising a sensor for measuring the current strength of the electrical current flowing through the conductor, wherein the current sensor module further comprises a transmitter configured to transmit current strength data measured by the sensor to a receiver of a data collecting device , wherein the current sensor module is adapted for combination with the fuse protecting the electrical conductor against overload, the fuse comprises two protruding terminals at opposite sides of a housing of the fuse , wherein the current sensor module is placed in a housing comprising a through hole through which one terminal extending from the housing of the fuse is inserted, and wherein the current sensor module and the fuse each have their own housing, wherein the one of the terminals being embodied to be received in the through hole to superpose the housing of the current sensor module and the housing of the fuse , wherein the lengths of said terminals extending from the current sensor module housing and the fuse housing, after placement of the current sensor module on the one terminal , are substantially equal. wherein the current sensor module further comprises a transmitter configured to transmit current strength data measured by the sensor to a receiver of a data collecting device , wherein the current sensor module is adapted for combination with the fuse protecting the electrical conductor against overload, the fuse comprises two protruding terminals at opposite sides of a housing of the fuse , wherein the current sensor module is placed in a housing comprising a through hole through which one terminal extending from the housing of the fuse is inserted, and wherein the current sensor module and the fuse each have their own housing, wherein the one of the terminals being embodied to be received in the through hole to superpose the housing of the current sensor module and the housing of the fuse , wherein the lengths of said terminals extending from the current sensor module housing and the fuse housing, after placement of the current sensor module on the one terminal , are substantially equal.
Vaginal device for pelvic organ prolapse treatment, comprising: an elongated base element , an inflatable element for placement in the fornix posterior and attached to a distal end part of the elongated base element , and a support element attached to a proximal end part of the elongated base element , the support element comprising at least two support members , the at least two support members extending away from the proximal end of the elongated base element , wherein the at least two support members are arranged to support lower parts of prolapsed compartments, and characterized in that the support element comprises an adjustable connector for fixing the position of the support element along the proximal end part of the elongated base element . an elongated base element , an inflatable element for placement in the fornix posterior and attached to a distal end part of the elongated base element , and a support element attached to a proximal end part of the elongated base element , the support element comprising at least two support members , the at least two support members extending away from the proximal end of the elongated base element , wherein the at least two support members are arranged to support lower parts of prolapsed compartments, and characterized in that the support element comprises an adjustable connector for fixing the position of the support element along the proximal end part of the elongated base element .
A fluid vent valve for a fuel tank, comprising: - a valve body having an inlet opening connected or connectable to a tank, and an outlet opening ; said valve body having at least one main chamber interposed between said inlet opening and said outlet opening ; - a piston inserted or insertable in said main chamber and movable inside said main chamber so as to define a closed configuration, wherein said piston occludes the passage between said inlet opening and said outlet opening , and an opening configuration wherein said inlet opening and said outlet opening are in fluid communication; - a pendulum hinged to said valve body and coupled to said piston so as to promote a movement of said piston from said open configuration to said closed configuration and vice versa as a function of an orientation assumed by said pendulum ; characterised in that it comprises a flow reducer operatively interposed between said outlet opening and said piston . - a valve body having an inlet opening connected or connectable to a tank, and an outlet opening ; said valve body having at least one main chamber interposed between said inlet opening and said outlet opening ; - a piston inserted or insertable in said main chamber and movable inside said main chamber so as to define a closed configuration, wherein said piston occludes the passage between said inlet opening and said outlet opening , and an opening configuration wherein said inlet opening and said outlet opening are in fluid communication; - a pendulum hinged to said valve body and coupled to said piston so as to promote a movement of said piston from said open configuration to said closed configuration and vice versa as a function of an orientation assumed by said pendulum ;