mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a communication device for enhancing wireless communication with a first network node of a wireless communication network , wherein the communication device has received, from the first network node, a first timing advance, TA, value at a first time point when in active state, and wherein the communication device has thereafter switched to inactive state, the method comprising: switching from inactive to active state, after obtaining an indication of data transfer, determining whether the first TA value is still valid by determining a first difference between a propagation time for a downlink signal sent from the first network node to the communication device at the first time point and a propagation time for a downlink signal sent from a second network node to the communication device at the first time point, determining a second difference between a propagation time for a downlink signal sent from the first network node to the communication device at a second time point after the obtaining of the indication of data transfer and a propagation time for a downlink signal sent from the second network node to the communication device at the second time point, and determining a third difference between the first difference and the second difference, and when the third difference is below a third threshold, the first TA value is determined to be valid, and when the third difference is above the third threshold the first TA value is determined not to be valid, employing the first TA value for sending data to the first network node when the first TA value is determined to be valid, and obtaining an updated TA value and employing the updated TA value for sending data to the first network node when the first TA value is determined not to be valid. switching from inactive to active state, after obtaining an indication of data transfer, determining whether the first TA value is still valid by determining a first difference between a propagation time for a downlink signal sent from the first network node to the communication device at the first time point and a propagation time for a downlink signal sent from a second network node to the communication device at the first time point, determining a second difference between a propagation time for a downlink signal sent from the first network node to the communication device at a second time point after the obtaining of the indication of data transfer and a propagation time for a downlink signal sent from the second network node to the communication device at the second time point, and determining a third difference between the first difference and the second difference, and when the third difference is below a third threshold, the first TA value is determined to be valid, and when the third difference is above the third threshold the first TA value is determined not to be valid, employing the first TA value for sending data to the first network node when the first TA value is determined to be valid, and obtaining an updated TA value and employing the updated TA value for sending data to the first network node when the first TA value is determined not to be valid.
An apparatus for use in a wellbore, the apparatus comprising: a bottomhole assembly (BHA) coupled to drilling tubular conveyable into the wellbore, the BHA including a drillbit configured to drill an earth formation; and at least one removable sub in the drill string , the sub including a body having a bore for flow of a fluid therethrough, a pin section , a box section , and at least one sensor configured to make a measurement indicative of a downhole condition, the at least one sensor and an electronics module being disposed in a pressure-sealed chamber in the body; characterised in that the pressure-sealed chamber is in a recessed section of the bore in the box section . a bottomhole assembly (BHA) coupled to drilling tubular conveyable into the wellbore, the BHA including a drillbit configured to drill an earth formation; and at least one removable sub in the drill string , the sub including a body having a bore for flow of a fluid therethrough, a pin section , a box section , and at least one sensor configured to make a measurement indicative of a downhole condition, the at least one sensor and an electronics module being disposed in a pressure-sealed chamber in the body; characterised in that the pressure-sealed chamber is in a recessed section of the bore in the box section .
Method for operating a wind turbine having a nacelle being rotatably supported about a vertical yaw axis on a tower of the wind turbine , wherein at least one tower cable is provided between nacelle and the tower , comprising the following steps: - predicting a predicted twist angle of the tower cable by analyzing at least wind direction forecast information for determining a certain prediction period ; - initiating an early untwist operation for untwisting a tower cable of the wind turbine at a first specific time (t1); - predicting a future power generation of the wind turbine for the certain prediction period at least by analyzing a prediction of the wind, in particular by analyzing at least wind direction forecast information and/or wind speed forecast information , - wherein the first specific time (t1) is determined such, that an overall predicted energy generation of the wind turbine over the certain prediction period is maximized, or that a predicted energy loss caused by the early untwist operation is minimized. - predicting a predicted twist angle of the tower cable by analyzing at least wind direction forecast information for determining a certain prediction period ; - initiating an early untwist operation for untwisting a tower cable of the wind turbine at a first specific time (t1); - predicting a future power generation of the wind turbine for the certain prediction period at least by analyzing a prediction of the wind, in particular by analyzing at least wind direction forecast information and/or wind speed forecast information , - wherein the first specific time (t1) is determined such, that an overall predicted energy generation of the wind turbine over the certain prediction period is maximized, or that a predicted energy loss caused by the early untwist operation is minimized.
An automatic splicing device for automatically connecting at a splicing position using splicing tape a first tape provided with indexing holes and component storage cavities (Ct) at a fixed interval and a second tape provided with indexing holes and component storage cavities (Ct) at a fixed interval, the automatic splicing device comprising: a connection control device configured to control connecting of the first tape and the second tape; and a display device configured to display information related to connecting of the first tape and the second tape characterized in that: a communication device configured to communicate with a component mounter (M) or a host computer (HC) that is connected to the component mounter (M) such that communication is possible; the display device is configured to display information sent to the communication device and related to multiple components of one or more component mounter (M) that are about to run out, the information being displayed in order of highest priority based on which component of the multiple components is due to run out first. a connection control device configured to control connecting of the first tape and the second tape; and a display device configured to display information related to connecting of the first tape and the second tape characterized in that: a communication device configured to communicate with a component mounter (M) or a host computer (HC) that is connected to the component mounter (M) such that communication is possible; the display device is configured to display information sent to the communication device and related to multiple components of one or more component mounter (M) that are about to run out, the information being displayed in order of highest priority based on which component of the multiple components is due to run out first. a communication device configured to communicate with a component mounter (M) or a host computer (HC) that is connected to the component mounter (M) such that communication is possible; the display device is configured to display information sent to the communication device and related to multiple components of one or more component mounter (M) that are about to run out, the information being displayed in order of highest priority based on which component of the multiple components is due to run out first.
A system comprising: an information terminal that uses a shared user account or that does not have a login function; at least a peripheral device communicatively connected to the information terminal; and an operation authentication relay apparatus connected between the information terminal and at least the peripheral device, wherein the operation authentication relay apparatus is recognized as a peripheral device by the information terminal, and recognized as an information terminal by the peripheral device, and wherein the operation authentication relay apparatus comprises: authentication means for authenticating a user using the information terminal by operating the peripheral device, wherein the authentication means performs face recognition of the user captured by a camera to identify the user among persons registered in advance; and control means for controlling relaying of a signal between the peripheral device and the information terminal, based on an authentication result of the user by the authentication means. an information terminal that uses a shared user account or that does not have a login function; at least a peripheral device communicatively connected to the information terminal; and an operation authentication relay apparatus connected between the information terminal and at least the peripheral device, wherein the operation authentication relay apparatus is recognized as a peripheral device by the information terminal, and recognized as an information terminal by the peripheral device, and wherein the operation authentication relay apparatus comprises: authentication means for authenticating a user using the information terminal by operating the peripheral device, wherein the authentication means performs face recognition of the user captured by a camera to identify the user among persons registered in advance; and control means for controlling relaying of a signal between the peripheral device and the information terminal, based on an authentication result of the user by the authentication means. authentication means for authenticating a user using the information terminal by operating the peripheral device, wherein the authentication means performs face recognition of the user captured by a camera to identify the user among persons registered in advance; and control means for controlling relaying of a signal between the peripheral device and the information terminal, based on an authentication result of the user by the authentication means.
A saddle-type electric vehicle including a saddle-type electric vehicle (1, 1A, or 1B) comprising: an electric motor for vehicle traveling; a battery which supplies electric power to the electric motor ; a power control unit which controls the electric motor ; step floors on which a rider places his/her feet; a center tunnel (CT) which extends in a vehicle front-rear direction at a left-right center portion of the step floors ; and a charger mounted on the vehicle body and configured to charge the battery , wherein the power control unit is disposed inside the center tunnel (CT), characterized in that the charger is disposed to overlap the power control unit in a plan view. an electric motor for vehicle traveling; a battery which supplies electric power to the electric motor ; a power control unit which controls the electric motor ; step floors on which a rider places his/her feet; a center tunnel (CT) which extends in a vehicle front-rear direction at a left-right center portion of the step floors ; and a charger mounted on the vehicle body and configured to charge the battery , wherein the power control unit is disposed inside the center tunnel (CT), characterized in that the charger is disposed to overlap the power control unit in a plan view.
A station for heating a plurality of portions of ends of pipes made of thermoplastic material, comprising: - a plurality of heating elements equipped with short wave radiation units , - a plurality of housings alongside each other and lying aligned on a horizontal plane (PO), each housing being designed to accommodate a respective pipe and comprising a plurality of external heating elements and at least one internal heating element characterised in that the housings of the pipes are grouped together in a plurality of cells each cell comprising at most two of the housings and at least two groups of external heating elements , each group comprising at least one external heating element , the groups being spaced at least partly offset along a direction (D) parallel to the central axis (C) of a pipe being heated in the cell . - a plurality of heating elements equipped with short wave radiation units , - a plurality of housings alongside each other and lying aligned on a horizontal plane (PO), each housing being designed to accommodate a respective pipe and comprising a plurality of external heating elements and at least one internal heating element characterised in that the housings of the pipes are grouped together in a plurality of cells each cell comprising at most two of the housings and at least two groups of external heating elements , each group comprising at least one external heating element , the groups being spaced at least partly offset along a direction (D) parallel to the central axis (C) of a pipe being heated in the cell .
A dispersing feed device comprising: a dispersing feed element including one conical dispersion table or a plurality of dispersion tables forming a conical shape as a whole, the dispersion table or the dispersing tables being adapted to receive articles supplied from above and to feed the articles to multiple sections disposed at different peripheral positions around the dispersing feed element ; a first elastic unit inclinedly connected to the dispersing feed element , the first elastic unit having a first natural frequency; a second elastic unit connected to the dispersing feed element inclinedly in a direction different from the inclination direction of the first elastic unit , the second elastic unit having a second natural frequency which is different from the first natural frequency; at least one vibrating source adapted to vibrate the dispersing feed element through the first and second elastic units; a control unit adapted to change the frequency of the vibration generated by the at least one vibrating source to vary a feed direction of the articles on the dispersing feed element ; and multiple elastic unit groups each of which includes the first and second elastic units, the multiple elastic unit groups being connected to the dispersing feed element at positions different from each other in a circumferential direction . a dispersing feed element including one conical dispersion table or a plurality of dispersion tables forming a conical shape as a whole, the dispersion table or the dispersing tables being adapted to receive articles supplied from above and to feed the articles to multiple sections disposed at different peripheral positions around the dispersing feed element ; a first elastic unit inclinedly connected to the dispersing feed element , the first elastic unit having a first natural frequency; a second elastic unit connected to the dispersing feed element inclinedly in a direction different from the inclination direction of the first elastic unit , the second elastic unit having a second natural frequency which is different from the first natural frequency; at least one vibrating source adapted to vibrate the dispersing feed element through the first and second elastic units; a control unit adapted to change the frequency of the vibration generated by the at least one vibrating source to vary a feed direction of the articles on the dispersing feed element ; and multiple elastic unit groups each of which includes the first and second elastic units, the multiple elastic unit groups being connected to the dispersing feed element at positions different from each other in a circumferential direction .
Device for the transport of piece goods, having a plurality of containers which are stacked one on top of one another, are of identical design and each have a base body which is open towards an upper side and is made of foam, in particular particle foam, wherein, with the exception of the uppermost container , each container is closed at the top by the container above it, wherein each container has at least two centring elements made of a material harder than the foam, wherein all the containers each have at least a second centring element spatially aligned in an identical manner with respect to a first centring element , and wherein each centring element comprises a first centring portion projecting from the upper side of the respective base body and a second centring portion projecting from a lower side of the respective base body , which are designed in such a way that the first centring portion of each of the centring elements of each container , with the exception of the uppermost container , and the second centring portion of a centring element of identical construction of the respective container above it engage in one another, characterized by a cover closing the uppermost container and a base identical in construction to the cover , on which the lowermost container rests, wherein the cover and the base each have a plurality of centring end pieces corresponding in number and position to the number and position of the centring elements of the containers , wherein the centring end pieces of the cover each rest on one of the centring elements of the uppermost container and wherein the centring elements of the lowermost container each rest on one of the centring end pieces of the base .
A box template production system (100; 200; 300) comprising a converting part (112; 212; 312) which is configured for converting a fanfolded sheet material (104a-b; 204a-e) into box templates, characterised in that said converting part is provided in such a tilted position such that said converting is accomplished to the sheet material (104a-b; 204a-e) when a feed direction of the sheet material through the converting part (112; 212; 312) of the system is along an axis having an angle (α) towards a plane of a floor onto which the system stands, wherein said angle (α) is between 20 and 90 degrees.
A sealing arrangement comprising: a turbine static structure having a seal ring with a radially inward-facing groove with an annular first contact surface and an annular second contact surface on the seal ring that is distal and radially inward from the first contact surface; a bearing compartment structure that is surrounded by the turbine static structure having a heat shield , the heat shield comprising an axial portion with a cylindrical third contact surface and a radial portion connected to the axial portion with an annular fourth contact surface that is distal and radially inward from the third contact surface; a cavity between the turbine static structure and the bearing compartment structure ; a first seal positioned between the turbine static structure and the bearing compartment structure , the first seal being in contact with the first contact surface and the third contact surface; a second seal positioned between the turbine static structure and the bearing compartment structure , the second seal being in contact with the second contact surface and the fourth contact surface; and a fastener compartment between the seal ring and the bearing compartment structure and bordered by the first seal and the second seal. a turbine static structure having a seal ring with a radially inward-facing groove with an annular first contact surface and an annular second contact surface on the seal ring that is distal and radially inward from the first contact surface; a bearing compartment structure that is surrounded by the turbine static structure having a heat shield , the heat shield comprising an axial portion with a cylindrical third contact surface and a radial portion connected to the axial portion with an annular fourth contact surface that is distal and radially inward from the third contact surface; a cavity between the turbine static structure and the bearing compartment structure ; a first seal positioned between the turbine static structure and the bearing compartment structure , the first seal being in contact with the first contact surface and the third contact surface; a second seal positioned between the turbine static structure and the bearing compartment structure , the second seal being in contact with the second contact surface and the fourth contact surface; and a fastener compartment between the seal ring and the bearing compartment structure and bordered by the first seal and the second seal.
A variable resistance memory device, comprising: a stack (ST) including insulating sheets and conductive sheets , which are alternatingly stacked on a substrate , the stack including a vertical hole (VH) vertically penetrating therethrough; a bit line (BL) on the stack (ST); a conductive pattern electrically connected to the bit line (BL) and vertically extending in the vertical hole (VH); and a resistance varying layer between the conductive pattern and an inner side surface of the stack (ST) defining the vertical hole (VH), wherein the resistance varying layer comprises a first carbon nanotube (CNT1) electrically connected to one of the conductive sheets , and a second carbon nanotube (CNT2) electrically connected to the conductive pattern ; wherein the resistance varying layer comprises a protruding portion (PP) protruding toward side surfaces of the insulating sheets ; and wherein the resistance varying layer has an increasing thickness as a distance to the substrate decreases. a stack (ST) including insulating sheets and conductive sheets , which are alternatingly stacked on a substrate , the stack including a vertical hole (VH) vertically penetrating therethrough; a bit line (BL) on the stack (ST); a conductive pattern electrically connected to the bit line (BL) and vertically extending in the vertical hole (VH); and a resistance varying layer between the conductive pattern and an inner side surface of the stack (ST) defining the vertical hole (VH), wherein the resistance varying layer comprises a first carbon nanotube (CNT1) electrically connected to one of the conductive sheets , and a second carbon nanotube (CNT2) electrically connected to the conductive pattern ; wherein the resistance varying layer comprises a protruding portion (PP) protruding toward side surfaces of the insulating sheets ; and wherein the resistance varying layer has an increasing thickness as a distance to the substrate decreases.