mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus operable for a wireless communication system in which a shared data channel SDCH is used for communication to terminals, the apparatus comprising: means configured for increasing resources allocated for a given user terminal for sending acknowledgements ACKs of transmissions received on the shared data channel SDCH, as resources allocated to the SDCH for the given terminal increase; and means configured for capping the number of resources allocated for sending the ACKs for the given user to a dynamically determined amount of resources. means configured for increasing resources allocated for a given user terminal for sending acknowledgements ACKs of transmissions received on the shared data channel SDCH, as resources allocated to the SDCH for the given terminal increase; and means configured for capping the number of resources allocated for sending the ACKs for the given user to a dynamically determined amount of resources.
A vehicle seat for a passenger, including a seat back having a front face pointing to the passenger and a rear face opposite to the front face, the seat including a fold-down element , in particular a table, to the rear face of the seat back, pivotably mounted with respect to the seat back, by means of at least one hinge about an axis of rotation enabling the fold-down element to take on at least two predetermined angular positions, defined by at least two abutment means, including a substantially vertical position, in which the front-down element is folded-down to the rear face of the seat back, characterised in that the abutment means, relating to the substantially vertical position, includes increasing resistance means, able to hold the fold-down element in the substantially vertical position, in the absence of a collision, and able to allow the fold-down element pivoting to be continued to the front face of the seat back, under the effect of a collision against the fold-down element , in particular the collision of the head of a passenger located behind the seat, in particular in a seat located behind said seat, beyond a force with a predetermined value and with an increasing pivoting resistance.
A communication method, the method is applied to a scenario in which a terminal device moves from a first access network, AN, node to a second AN node, and the method comprises: receiving , by an access control and mobility management function node, identification information of a to-be-activated session from the terminal device via the second AN node; sending , by the access control and mobility management function node, a first request message to a session management function node based on the identification information of the to-be-activated session, wherein the first request message is used to request to activate the to-be-activated session; sending , by the access control and mobility management function node, a context release command to the first AN node when a signaling connection of the terminal device exists between the access control and mobility management function node and the first AN node, wherein the context release command is used to instruct to release a context of the terminal device; receiving , by the access control and mobility management function node, a context release complete message from the first AN node, wherein the context release complete message carries identification information of an active session of the terminal device; and in response to the to-be-activated session and the active session have a same session, skipping , by the access control and mobility management function node, sending a second request message to a session management function node corresponding to the same session, wherein the second request message is used to request to deactivate the same session. receiving , by an access control and mobility management function node, identification information of a to-be-activated session from the terminal device via the second AN node; sending , by the access control and mobility management function node, a first request message to a session management function node based on the identification information of the to-be-activated session, wherein the first request message is used to request to activate the to-be-activated session; sending , by the access control and mobility management function node, a context release command to the first AN node when a signaling connection of the terminal device exists between the access control and mobility management function node and the first AN node, wherein the context release command is used to instruct to release a context of the terminal device; receiving , by the access control and mobility management function node, a context release complete message from the first AN node, wherein the context release complete message carries identification information of an active session of the terminal device; and in response to the to-be-activated session and the active session have a same session, skipping , by the access control and mobility management function node, sending a second request message to a session management function node corresponding to the same session, wherein the second request message is used to request to deactivate the same session.
A method of forming a microengineered vacuum interface comprising a housing having side walls defining an interior volume of the housing, a first wall of the housing defining an input orifice to the interior volume and a second wall , opposite the first wall, defining an exit orifice to the interior volume, the second wall comprising an open hollow skimmer cone on a substrate, the method comprising: depositing a layer of material inside a blind tapered hole in the substrate, removing surrounding substrate material to reveal the cone, the cone having tapered inner and tapered outer surfaces, forming an orifice at the tip of the cone, and coupling the second wall to the first wall to define the housing, the skimmer cone defining a conical structure extending inwardly into the housing and wherein the orifice at the tip of the cone forms an entrance from the interior volume to the exit orifice. depositing a layer of material inside a blind tapered hole in the substrate, removing surrounding substrate material to reveal the cone, the cone having tapered inner and tapered outer surfaces, forming an orifice at the tip of the cone, and coupling the second wall to the first wall to define the housing, the skimmer cone defining a conical structure extending inwardly into the housing and wherein the orifice at the tip of the cone forms an entrance from the interior volume to the exit orifice.
A method of screening a subject for a developmental disorder (DD), the method comprising: comparing a panel of nucleic acid biomarkers to DNA sequence information of the subject; and diagnosing the DD in the subject, or determining a susceptibility to developing the DD in the subject, if one or more of the nucleic acid biomarkers in the panel are present in the DNA sequence information of the subject, wherein the DD is a Pervasive Developmental Disorder (PDD) or a Pervasive Developmental Disorder - Not Otherwise Specified (PDD-NOS); characterized in that : the panel comprises at least 50 low frequency nucleic acid biomarkers; and (i) wherein the nucleic acid biomarkers are selected from CNVs of SEQ ID NOs 1 to 883; or (ii) wherein the low frequency nucleic acid biomarkers occur at a frequency of 0.1% or less in a population of subjects without a diagnosis of the DD who are ethnically matched to the test subject and wherein the low frequency nucleic acid biomarkers are DNA variations that result in a nonsense or frameshift mutation in the genes in Table 3. comparing a panel of nucleic acid biomarkers to DNA sequence information of the subject; and diagnosing the DD in the subject, or determining a susceptibility to developing the DD in the subject, if one or more of the nucleic acid biomarkers in the panel are present in the DNA sequence information of the subject, wherein the DD is a Pervasive Developmental Disorder (PDD) or a Pervasive Developmental Disorder - Not Otherwise Specified (PDD-NOS); characterized in that : the panel comprises at least 50 low frequency nucleic acid biomarkers; and (i) wherein the nucleic acid biomarkers are selected from CNVs of SEQ ID NOs 1 to 883; or (ii) wherein the low frequency nucleic acid biomarkers occur at a frequency of 0.1% or less in a population of subjects without a diagnosis of the DD who are ethnically matched to the test subject and wherein the low frequency nucleic acid biomarkers are DNA variations that result in a nonsense or frameshift mutation in the genes in Table 3. (i) wherein the nucleic acid biomarkers are selected from CNVs of SEQ ID NOs 1 to 883; or (ii) wherein the low frequency nucleic acid biomarkers occur at a frequency of 0.1% or less in a population of subjects without a diagnosis of the DD who are ethnically matched to the test subject and wherein the low frequency nucleic acid biomarkers are DNA variations that result in a nonsense or frameshift mutation in the genes in Table 3.
Stator for a rotary electrical machine , comprising: - a radially interior ring comprising teeth and slots which are open radially toward the outside, extending between the teeth, bridges of material connecting two adjacent teeth at their base, and defining the bottom of the slot between these teeth, and - a radially exterior yoke , attached in contact with the ring, the ring and the yoke respectively exhibiting first and second reliefs collaborating with one another and/or with one or more inserts, and - windings placed in a distributed fashion in the slots, the stator comprising holes created at the interface between the ring and the yoke, a hole being defined partly by the yoke and partly by the ring, the holes being able to serve for the passage of a flow of cooling fluid for cooling the stator. - a radially interior ring comprising teeth and slots which are open radially toward the outside, extending between the teeth, bridges of material connecting two adjacent teeth at their base, and defining the bottom of the slot between these teeth, and - a radially exterior yoke , attached in contact with the ring, the ring and the yoke respectively exhibiting first and second reliefs collaborating with one another and/or with one or more inserts, and - windings placed in a distributed fashion in the slots,
A user interface, UI, display method comprising: displaying a first screen on a touch screen ; displaying an operation window comprising one or more setting items over the first screen; if a touch drag input is received on a scroll bar among the one or more setting items of the operation window displayed on the touch screen, controlling at least a part of a remaining part of the operation window except for the scroll bar not to be displayed on the touch screen while receiving the touch drag input so that the first screen underneath the operation window is visible together with the scroll bar of the operation window; adjusting a setting corresponding to the scroll bar based on a position associated with the touch drag input; and re-displaying the at least the part of the remaining part of the operation window together with the scroll bar on the touch screen upon removal of the touch drag input on the scroll bar. displaying a first screen on a touch screen ; displaying an operation window comprising one or more setting items over the first screen; if a touch drag input is received on a scroll bar among the one or more setting items of the operation window displayed on the touch screen, controlling at least a part of a remaining part of the operation window except for the scroll bar not to be displayed on the touch screen while receiving the touch drag input so that the first screen underneath the operation window is visible together with the scroll bar of the operation window; adjusting a setting corresponding to the scroll bar based on a position associated with the touch drag input; and re-displaying the at least the part of the remaining part of the operation window together with the scroll bar on the touch screen upon removal of the touch drag input on the scroll bar.
A utensil for evaluating a length measurement error in an X-ray CT device for three-dimensional shape measurement, the utensil comprising: a base; multiple spheres arranged in an XYZ space on the base; and multiple support rods supporting each of the multiple spheres and installed upright on the base, wherein in the XYZ space on the base, multiple spheres having different Z positions are arranged, and among the multiple spheres, one or more spheres are arranged in a vicinity of a Z axis, and in each of multiple X-Y planes having different Z positions, multiple outer circumference side spheres are arranged along one outer circumference. a base; multiple spheres arranged in an XYZ space on the base; and multiple support rods supporting each of the multiple spheres and installed upright on the base, wherein in the XYZ space on the base, multiple spheres having different Z positions are arranged, and among the multiple spheres, one or more spheres are arranged in a vicinity of a Z axis, and in each of multiple X-Y planes having different Z positions, multiple outer circumference side spheres are arranged along one outer circumference.
An assembly for installation on a support wall , having a built-in construction group and a built-in housing enclosing said built-in construction group, which housing can be inserted in a mounting recess of the support wall in an installation depth direction (y) during a flush-mounting process, the built-in housing having a compensation unit with which the overall height (h) of the built-in housing is adjustable in the installation depth direction (y) such that during the flush-mounting process, the overall height (h) of the built-in housing can be adapted to an installation depth (Δy) of the mounting recess of the support wall , the built-in housing having a sealing collar , which in the installed position (I, II) of the built-in housing overlaps and/or surrounds, in a fluid-tight manner, a wall section of the support wall delimiting the mounting recess on the edge, characterized in that the sealing collar is a separate component, wherein the sealing collar is configured as sealing fleece and is attached to the built-in housing , on the outside thereof, by means of an attachment clip .
A pressure sensor module comprising: A pressure sensor element comprising: a diaphragm displaceable by a pressure of a fluid to be measured and a detector facing the diaphragm , the pressure sensor element being adapted to detect the displacement of the diaphragm ; a thin film displaceable to transmit the pressure of the fluid to be measured to the diaphragm, the thin film being arranged in a holding space formed by a holder ; a displacement transmitter for transmitting a displacement of the thin film to the diaphragm ; and a vent hole that allows the holding space to communicate with the outer space; characterised in that the thin film is formed into a cup-shape including a bottom portion facing the diaphragm , and a cylindrical portion extending from an outer periphery of the bottom portion toward a side opposite to the diaphragm , an outer peripheral end of the cylindrical portion being fixed to the holder ; wherein the displacement transmitter projects from a central position of the bottom portion toward the side of the diaphragm , the displacement transmitter being curved from a surface of the bottom portion to a tip end of the displacement transmitter ; wherein a projection is provided on a side of the bottom portion opposite to the side on which the displacement transmitter is provided, the projection being curved from a surface of the bottom portion to a tip end of the projection ; wherein the projection and the displacement transmitter are symmetrically arranged, and wherein the thin film , the displacement transmitter and the projection are integrally molded. A pressure sensor element comprising: a diaphragm displaceable by a pressure of a fluid to be measured and a detector facing the diaphragm , the pressure sensor element being adapted to detect the displacement of the diaphragm ; a thin film displaceable to transmit the pressure of the fluid to be measured to the diaphragm, the thin film being arranged in a holding space formed by a holder ; a displacement transmitter for transmitting a displacement of the thin film to the diaphragm ; and a vent hole that allows the holding space to communicate with the outer space; characterised in that the thin film is formed into a cup-shape including a bottom portion facing the diaphragm , and a cylindrical portion extending from an outer periphery of the bottom portion toward a side opposite to the diaphragm , an outer peripheral end of the cylindrical portion being fixed to the holder ; wherein the displacement transmitter projects from a central position of the bottom portion toward the side of the diaphragm , the displacement transmitter being curved from a surface of the bottom portion to a tip end of the displacement transmitter ; wherein a projection is provided on a side of the bottom portion opposite to the side on which the displacement transmitter is provided, the projection being curved from a surface of the bottom portion to a tip end of the projection ; wherein the projection and the displacement transmitter are symmetrically arranged, and wherein the thin film , the displacement transmitter and the projection are integrally molded.
A method for controlling a system for detecting and tracking a target , the system comprising at least one unmanned autonomous moving object provided with at least one camera capable of acquiring an image of the target , the method including the steps of: - providing at least one parameter, each parameter relating to one among the system , the target and the environment of the system , - selecting an algorithm among a plurality of algorithms for detecting and tracking a target as a function of said at least one provided parameter in order to obtain a selected algorithm, - implementing the selected algorithm in order to obtain a first control law (L1) of said at least one camera and a second control law (L2) of said at least one autonomous moving object , and - controlling said at least one camera and said at least one moving object as a function of the first control law (L1) and the second control law (L2), a desired orientation for the moving object being provided and a wanted orientation of said at least one camera being provided, the second control law (L2) of said at least one obtained moving object taking account of the difference between the wanted orientation of said at least one camera and the desired orientation, characterized in that the second control law (L2) corresponds to the result of a filtering of the difference between the wanted orientation of said at least one camera and the desired orientation of the moving object , a Kalman filter being used during the filtering. - providing at least one parameter, each parameter relating to one among the system , the target and the environment of the system , - selecting an algorithm among a plurality of algorithms for detecting and tracking a target as a function of said at least one provided parameter in order to obtain a selected algorithm, - implementing the selected algorithm in order to obtain a first control law (L1) of said at least one camera and a second control law (L2) of said at least one autonomous moving object , and - controlling said at least one camera and said at least one moving object as a function of the first control law (L1) and the second control law (L2),
A sensor installing structure for installing a sensor module collecting data about states of a tire at an installation position on the inner side of the tire, the structure comprising: a sensor module housing accommodating the sensor module; and two or more sensor patches having a bonding portion that is attached to the inner side of a tire and a pressing portion that brings and maintains the sensor module housing in close contact with an installation position , wherein the pressing portion presses down the top of the sensor module housing by extending and contracting, wherein the sensor module housing has a fixing projection having a predetermined shape on the top, the sensor patch has a sensor insertion hole in which the fixing projection is inserted, and the sensor insertion hole and the fixing projection are fitted to each other to prevent the sensor module housing from laterally separating out of the installation position , wherein the two or more sensor patches are arranged across each other and the pressing portions are all disposed over the installation position , wherein the sensor installing structure further include an anti-pressing portion-tire attachment structure including an ejector adapted to be pulled up for removing the anti-pressing portion-tire attachment structure through the sensor insertion hole after the bonding portion of the sensor patch is attached to the inner side of a tire by vulcanization. a sensor module housing accommodating the sensor module; and two or more sensor patches having a bonding portion that is attached to the inner side of a tire and a pressing portion that brings and maintains the sensor module housing in close contact with an installation position , wherein the pressing portion presses down the top of the sensor module housing by extending and contracting, wherein the sensor module housing has a fixing projection having a predetermined shape on the top, the sensor patch has a sensor insertion hole in which the fixing projection is inserted, and the sensor insertion hole and the fixing projection are fitted to each other to prevent the sensor module housing from laterally separating out of the installation position , wherein the two or more sensor patches are arranged across each other and the pressing portions are all disposed over the installation position , wherein the sensor installing structure further include an anti-pressing portion-tire attachment structure including an ejector adapted to be pulled up for removing the anti-pressing portion-tire attachment structure through the sensor insertion hole after the bonding portion of the sensor patch is attached to the inner side of a tire by vulcanization.