mhurhangee/patent-ind-claim-en huggingface dataset:
Attachment device (F) for assembly onto a tubular element (R), wherein the attachment device comprises two attachment elements which each comprises an upper assembly sheet metal which comprises in its outer end a transversal, upward directed mounting flange in relation to the assembly sheet metal which comprises a cut out geometry , a lower sheet metal , a spacer element which link the upper assembly sheet metal together with the lower sheet metal in its interior ends characterized in that the spacer element comprises oval through holes provided on both sides of an abutting section of the tubular element (R), and two galvanized barrel nuts , wherein each galvanized barrel nut comprising a head and one from the head extending barrel wherein a distally located section of said barrel has a first interior diameter (d) which is smaller than a second interior diameter (D) at a remaining barrel section and where the distally located section comprises internal threads , the barrel further comprises two external opposite chamfered planes which extend from the interior end of the barrel along the whole or substantially whole barrel , wherein the chamfered planes match into the longer sides of the oval through holes , where the attachment elements are provided to be mirror-inverted on both sides of the tubular element (R) and be fixed by means of said barrel nuts provided by the oval through holes of the attachment elements and associated screws provided opposite the oval through holes of the attachment elements.
A method performed in a radio access node for handling a wireless device in a wireless communication network , which radio access node serves a cell in the wireless communication network ; the method comprising: - receiving a paging request for the wireless device from a network node , which paging request comprises an indication, which indication indicates that the paging request is associated with a function relating to the wireless device , wherein the function is localization of the wireless device and the function requires no connection between the wireless device and the radio access node to be set up; - paging the wireless device in the cell with a page message; - receiving a response from the wireless device in response to the page message; and characterised by : - rejecting a connection establishment, from the wireless device to the radio access node , based on the indication in the received paging request. - receiving a paging request for the wireless device from a network node , which paging request comprises an indication, which indication indicates that the paging request is associated with a function relating to the wireless device , wherein the function is localization of the wireless device and the function requires no connection between the wireless device and the radio access node to be set up; - paging the wireless device in the cell with a page message; - receiving a response from the wireless device in response to the page message; and characterised by : - rejecting a connection establishment, from the wireless device to the radio access node , based on the indication in the received paging request. - rejecting a connection establishment, from the wireless device to the radio access node , based on the indication in the received paging request.
A printing cartridge , the printing cartridge comprising: a fluid container ; a plurality of capacitor plates (425, 425a-d) configured to detect fluid in the fluid container , each of the capacitor plates (425, 425a-d) associated with a respective fluid level; and a shift register configured to capture fluid level information from the plurality of capacitor plates (425, 425a-d), characterized in that the shift register includes a plurality of sensing flip-flops (422, 422a-d) in circuit with the respective capacitor plates (425, 425a-d), wherein a sensing flip-flop (422, 422a-d) is configured to store a first fluid level value when a corresponding capacitor plate (425, 425a-d) detects presence of the fluid in the fluid container , and the sensing flip-flop (422, 422a-d) is configured to store a second fluid level value when the corresponding capacitor plate (425, 425a-d) does not detect presence of the fluid in the fluid container . a fluid container ; a plurality of capacitor plates (425, 425a-d) configured to detect fluid in the fluid container , each of the capacitor plates (425, 425a-d) associated with a respective fluid level; and a shift register configured to capture fluid level information from the plurality of capacitor plates (425, 425a-d), characterized in that the shift register includes a plurality of sensing flip-flops (422, 422a-d) in circuit with the respective capacitor plates (425, 425a-d), wherein a sensing flip-flop (422, 422a-d) is configured to store a first fluid level value when a corresponding capacitor plate (425, 425a-d) detects presence of the fluid in the fluid container , and the sensing flip-flop (422, 422a-d) is configured to store a second fluid level value when the corresponding capacitor plate (425, 425a-d) does not detect presence of the fluid in the fluid container .
Operator control system for operating at least one function in an interior of a vehicle, having a representation generator which after activating a representation region, assigned to the at least one function, in the interior of the vehicle is configured for the holographic representation of at least one virtual operating element , assigned to the at least one function, in the representation region assigned to the at least one function in the interior of the vehicle, a detection and capturing device, which is configured for the detecting and capturing of at least one gesture, to be interpreted as an operating input, of a vehicle occupant in the case of an actuation, desired on the part of the vehicle occupant, of the at least one virtual operating element , and a computing unit, which is configured to interpret the gesture as an operating input and to initiate an implementation, corresponding to the operating input, of the at least one function, characterised in that the activation of the representation region, assigned to the at least one function, in the interior of the vehicle takes place only on the entry of an element, carrying out the gestures, into a defined effective region assigned to the representation region.
A spinner toy comprising top and lower button covers and a rotating element of a given shape with a centrally installed means of rotation , which is mounted in the central hole of the rotating element , wherein the outer surface of the body of the means of rotation is attached to the rotating element the top and lower button covers are connected to each other through the means of rotation and made with the possibility of holding them between the user's fingers, while the rotating element is equipped with symmetrically placed massive elements and is made with the possibility of free rotation around its central axis , the rotating element is made centrally balanced with respect to the central axis of rotation, and the means of rotation is made in the form of a ball bearing and screw converter of reciprocating motion into unidirectional rotational motion of the rotating element , while the housing of the ball bearing and screw converter is a hollow sleeve , the inner surface of which is provided with a helical groove of a given profile, and in the lower end of the hollow sleeve a rotation bearing is mounted, closed by the lower button cover , and in the inner ring of the rotation bearing a guide rod is mounted, the upper end of which contains a blind cavity and is kinematically connected to a pusher , which is located on the upper end of the hollow sleeve and is designed to slide along the guide rod , wherein the pusher is made in the form of a hollow cylinder, in the lower end of which a thrust bearing is installed; top button cover is mounted in the upper end of the pusher , being made removable, and under it there is a spring , one end of which is recessed into the blind cavity of the guide rod , and the other rests against the top button cover , while the spring is made with the possibility of returning the pusher to the initial upper position after the user has removed the load from the top button cover when the rotating element rotates.
An optical element comprising: a conversion layer provided with a light-incidence surface including an uneven surface , the conversion layer being configured to receive light that is incident on the uneven surface and output the light from the uneven surface as light in a different state than the incident light; and a metal piece layer configured by a plurality of metal pieces to cover at least part of the uneven surface , wherein: the light-incidence surface further includes a flat surface which is flatter than the uneven surface ; the uneven surface includes a plurality of convexities ; the optical element being characterized in that : at least part of the plurality of convexities is located at a lower level than the flat surface in a thickness direction of the conversion layer ; and in the plurality of metal pieces , the distance between the metal pieces adjacent to each other is within the range of 0.01 μm or more to 0.1 μm or less. a conversion layer provided with a light-incidence surface including an uneven surface , the conversion layer being configured to receive light that is incident on the uneven surface and output the light from the uneven surface as light in a different state than the incident light; and a metal piece layer configured by a plurality of metal pieces to cover at least part of the uneven surface , wherein: the light-incidence surface further includes a flat surface which is flatter than the uneven surface ; the uneven surface includes a plurality of convexities ; the optical element being characterized in that : at least part of the plurality of convexities is located at a lower level than the flat surface in a thickness direction of the conversion layer ; and in the plurality of metal pieces , the distance between the metal pieces adjacent to each other is within the range of 0.01 μm or more to 0.1 μm or less. the light-incidence surface further includes a flat surface which is flatter than the uneven surface ; the uneven surface includes a plurality of convexities ; the optical element being characterized in that : at least part of the plurality of convexities is located at a lower level than the flat surface in a thickness direction of the conversion layer ; and in the plurality of metal pieces , the distance between the metal pieces adjacent to each other is within the range of 0.01 μm or more to 0.1 μm or less. at least part of the plurality of convexities is located at a lower level than the flat surface in a thickness direction of the conversion layer ; and in the plurality of metal pieces , the distance between the metal pieces adjacent to each other is within the range of 0.01 μm or more to 0.1 μm or less.
A method for cleaning a commercial cooking device , in which a container (B, B') with a solid cleaning agent is accommodated in a connection unit of the commercial cooking device , and in which the solid cleaning agent is liquefied in the cleaning process in the container (B, B') by means of heat and/or a solvent, preferably water and/or steam, in order to generate a liquefied cleaning agent, characterized in that the solid cleaning agent is a firm gel.
An object sorting assembly , including: - a sorting circuit comprising at least one support belt driven in movement conveying a flow of objects to be recycled comprising a plurality of objects of different types, and a plurality of hoppers , each hopper being associated with at least one type of object from the flow of objects to be recycled; - an identification and/or characterisation member adapted to identify and/or characterise targeted objects in said flow of objects depending on their type, and capable of determining at least one characterisation value of the flow of objects; - a sorting member adapted to direct said targeted objects into said hopper which is associated with the type of the targeted object; characterised in that it further comprises: - a device for diverting the flow of objects, capable of diverting at least one portion of the flow of objects into a diversion hopper ; and - a control member adapted to receive, from said identification and characterisation member , at least one data of information on the operation of said identification and/or characterisation member and/or at least one value for characterising the flow of objects, the control member being further adapted to order to said flow diversion device the diversion of at least one portion of the flow of objects into said diversion hopper depending on said at least one data of information and/or said at least one data for characterising the flow of objects which is received. - a sorting circuit comprising at least one support belt driven in movement conveying a flow of objects to be recycled comprising a plurality of objects of different types, and a plurality of hoppers , each hopper being associated with at least one type of object from the flow of objects to be recycled; - an identification and/or characterisation member adapted to identify and/or characterise targeted objects in said flow of objects depending on their type, and capable of determining at least one characterisation value of the flow of objects; - a sorting member adapted to direct said targeted objects into said hopper which is associated with the type of the targeted object; - a device for diverting the flow of objects, capable of diverting at least one portion of the flow of objects into a diversion hopper ; and - a control member adapted to receive, from said identification and characterisation member , at least one data of information on the operation of said identification and/or characterisation member and/or at least one value for characterising the flow of objects, the control member being further adapted to order to said flow diversion device the diversion of at least one portion of the flow of objects into said diversion hopper depending on said at least one data of information and/or said at least one data for characterising the flow of objects which is received.
An all suture anchor, comprising a suture anchor body , wherein the suture anchor body is in a shape of cylinder, a first end port and a second end port are respectively formed at two ends of the suture anchor body in an axis direction of itself, and a first through hole is formed at a side wall of the suture anchor body close to the first end port ; and a pulling suture , characterized in that a fixed end of the pulling suture enters into the suture anchor body from the first end port and passes out from the first through hole , and the fixed end of the pulling suture is fixedly arranged on the suture anchor body ; wherein the all suture anchor is defined such that a material of the suture anchor body is homogenous to a material of the pulling suture . a suture anchor body , wherein the suture anchor body is in a shape of cylinder, a first end port and a second end port are respectively formed at two ends of the suture anchor body in an axis direction of itself, and a first through hole is formed at a side wall of the suture anchor body close to the first end port ; and a pulling suture , characterized in that a fixed end of the pulling suture enters into the suture anchor body from the first end port and passes out from the first through hole , and the fixed end of the pulling suture is fixedly arranged on the suture anchor body ; wherein the all suture anchor is defined such that a material of the suture anchor body is homogenous to a material of the pulling suture .
A method for discharging fluid for applying the fluid into a mask on a circular workpiece of electronic component, the method comprising using a fluid discharge device including a head unit , the head unit including a tank capable of storing the fluid and provided with a first heater , and a discharge head , to discharge the fluid from a discharge nozzle by reciprocating the discharge head with respect to the workpiece , after sucking air or the fluid in the mask from a suction port , wherein the head unit has a longitudinal width shorter than a diameter of the workpiece , the discharge head has the suction port for sucking a substance in the mask on the workpiece formed on a forward side of a traveling direction of the discharge head , and the discharge nozzle for discharging the fluid formed on a backward side of the traveling direction, and a second heater is provided at a lower end of the discharge nozzle . using a fluid discharge device including a head unit , the head unit including a tank capable of storing the fluid and provided with a first heater , and a discharge head , to discharge the fluid from a discharge nozzle by reciprocating the discharge head with respect to the workpiece , after sucking air or the fluid in the mask from a suction port , wherein the head unit has a longitudinal width shorter than a diameter of the workpiece , the discharge head has the suction port for sucking a substance in the mask on the workpiece formed on a forward side of a traveling direction of the discharge head , and the discharge nozzle for discharging the fluid formed on a backward side of the traveling direction, and a second heater is provided at a lower end of the discharge nozzle .
Checking apparatus for a data conditioning device , having: - a conditioning element for conditioning sensor data for a data transmission; and - a comparison device for comparing the sensor data with the conditioned sensor data, wherein a bit-by-bit comparison of the sensor data with the conditioned sensor data is performable by means of the comparison device , wherein back-coding is first of all performed for the purpose of the bit-by-bit comparison, wherein an error in the data conditioning device is detected if the conditioned sensor data are not concordant with the sensor data . - a conditioning element for conditioning sensor data for a data transmission; and - a comparison device for comparing the sensor data with the conditioned sensor data, wherein a bit-by-bit comparison of the sensor data with the conditioned sensor data is performable by means of the comparison device , wherein back-coding is first of all performed for the purpose of the bit-by-bit comparison, wherein an error in the data conditioning device is detected if the conditioned sensor data are not concordant with the sensor data .
Aircraft wing , having a leading edge and a trailing edge , a lower surface and an upper surface and comprising at least one first, fixed aerodynamic component and a second aerodynamic component , said first, fixed aerodynamic component comprising a box section covered at least partly by a plate and said second aerodynamic component comprising a peripheral surface forming part both of the upper surface and of the lower surface of the wing , said plate comprising at least one extreme part , said peripheral surface being provided with at least one end , said wing comprising at least one holding element provided with a shoulder , said wing being characterized in that said shoulder forms, with said at least one extreme part of said plate , a groove in which said at least one end of said peripheral surface is able to be housed, such that said peripheral surface and said plate form a junction having an ascending profile, namely a profile whose height increases going from the leading edge to the trailing edge along a cord line of the wing .
An inkjet recording apparatus, comprising: a first recording head configured to perform a recording operation to record an image by ejecting ink; an ink tank configured to contain the ink to be supplied to the first recording head; a tube configured to connect the first recording head and the ink tank ; and a carriage , configured to move reciprocally, the carriage including a first mounting portion on which the first recording head is mounted, a second mounting portion on which a second recording head is detachably mounted, and a contact portion electrically connected to the second recording head, wherein the contact portion is protected by a protection member arranged to be detachably mounted on the second mounting portion, the protection member including an electric contact portion which is provided on a side face along a moving direction of the carriage and contacts the contact portion . a first recording head configured to perform a recording operation to record an image by ejecting ink; an ink tank configured to contain the ink to be supplied to the first recording head; a tube configured to connect the first recording head and the ink tank ; and a carriage , configured to move reciprocally, the carriage including a first mounting portion on which the first recording head is mounted, a second mounting portion on which a second recording head is detachably mounted, and a contact portion electrically connected to the second recording head, wherein the contact portion is protected by a protection member arranged to be detachably mounted on the second mounting portion, the protection member including an electric contact portion which is provided on a side face along a moving direction of the carriage and contacts the contact portion .
A method for initiating a transmission of a program stream for delivery from a local access point to a client device following a request sent by the client device to the local access point , which is forwarded by the local access point to a program content provider, said program stream being structured in regular segments which are prepared in real time after an end user requested them, and said client device being configured to require buffering a predetermined number of segments, or at least a certain time duration corresponding to such a number of segments, for initiating a rendering of an event of said program stream , characterized in that it comprises: processing, by the local access point , at least one of the regular segments received from the content provider into an output set of second type of segments , wherein the at least one regular segment carries a payload of a first playback duration (T1), and at least one timestamp used for specifying when and/or for how long the segment must be rendered by the client device and the payload of said output set represents a second playback duration (T2) that is greater than that of the first playback duration (T1), wherein the local access point is able to modify the received timestamp, or to apply a slowdown factor to such a timestamp, in order to obtain the aforementioned second playback duration (T2), wherein said set comprises a number of second type of segments at least equivalent to the predetermined number of segments required by the client device for initiating the rendering of the event, and transmitting, during an initial period, said set of second type of segments from the local access point to the client device . processing, by the local access point , at least one of the regular segments received from the content provider into an output set of second type of segments , wherein the at least one regular segment carries a payload of a first playback duration (T1), and at least one timestamp used for specifying when and/or for how long the segment must be rendered by the client device and the payload of said output set represents a second playback duration (T2) that is greater than that of the first playback duration (T1), wherein the local access point is able to modify the received timestamp, or to apply a slowdown factor to such a timestamp, in order to obtain the aforementioned second playback duration (T2), wherein said set comprises a number of second type of segments at least equivalent to the predetermined number of segments required by the client device for initiating the rendering of the event, and transmitting, during an initial period, said set of second type of segments from the local access point to the client device .