mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a manufacturing of a group of final metal product(s) from a group of intermediate metal product(s) , the controlling method being implemented by an electronic controlling device and comprising, for each intermediate metal product , the following steps: - acquiring a set of intermediate characteristic(s) (C IP ) for said intermediate metal product ; - determining a current estimated set of final characteristic(s) (C est_cur ) with at least one corresponding prediction model and according to the set of intermediate characteristic(s) (C IP ) and to a respective current manufacturing route from said intermediate metal product ; - comparing the current estimated set of final characteristic(s) (C est_cur ) with a current target set of final characteristic(s) (C target_cur ) for a respective current final metal product ; characterized in that if a deviation between the current estimated set of final characteristic(s) (C est_cur ) and the current target set of final characteristic(s) (C target_cur ) is above a predefined threshold, the method further comprises the following steps: - obtaining at least one new target set(s) of final characteristic(s) (C target_new ) for respective new final metal product(s) ; and - calculating a new manufacturing route from said intermediate metal product according to the set of intermediate characteristic(s) (C IP ) and to the at least one new target set(s) of final characteristic(s) (C target_new ). - acquiring a set of intermediate characteristic(s) (C IP ) for said intermediate metal product ; - determining a current estimated set of final characteristic(s) (C est_cur ) with at least one corresponding prediction model and according to the set of intermediate characteristic(s) (C IP ) and to a respective current manufacturing route from said intermediate metal product ; - comparing the current estimated set of final characteristic(s) (C est_cur ) with a current target set of final characteristic(s) (C target_cur ) for a respective current final metal product ; - obtaining at least one new target set(s) of final characteristic(s) (C target_new ) for respective new final metal product(s) ; and - calculating a new manufacturing route from said intermediate metal product according to the set of intermediate characteristic(s) (C IP ) and to the at least one new target set(s) of final characteristic(s) (C target_new ).
A method, by a high-level Self-Organizing Network, SON, function in a hierarchical structure of SON functions in a network, of interaction with two or more lower-level SON functions within the hierarchical structure, the lower-level SON functions operating in different cells, comprising: receiving, from the two or more lower-level SON functions, information regarding network conditions or subscriber activity, the information including the identity of the two or more lower-level SON functions and any network optimization actions performed by the two or more lower-level SON functions; analyzing the information received from the two or more lower-level SON functions, including considering distributed load balancing actions made by the lower-level SON functions; and performing one or more centralized load balancing actions to optimize the network in response to the information analysis, wherein the high-level SON function is situated at a Network Manager, NM, and operates to optimize the overall network, and the two or more lower-level SON functions are situated at each Network Element, NE, to locally optimize the NE under the control and direction of the high-level SON function. receiving, from the two or more lower-level SON functions, information regarding network conditions or subscriber activity, the information including the identity of the two or more lower-level SON functions and any network optimization actions performed by the two or more lower-level SON functions; analyzing the information received from the two or more lower-level SON functions, including considering distributed load balancing actions made by the lower-level SON functions; and performing one or more centralized load balancing actions to optimize the network in response to the information analysis, wherein the high-level SON function is situated at a Network Manager, NM, and operates to optimize the overall network, and the two or more lower-level SON functions are situated at each Network Element, NE, to locally optimize the NE under the control and direction of the high-level SON function.
Wristband for a wristwatch, the strap-band comprising a first end arranged to be connected to a case of the watch, and a second end connected to a clasp , the strap-band further comprising a removable flexible strip which covers parts of the external surface of the strap-band half along its length, wherein the removable flexible strip has a first projection and a second projection , the second end of the strap-band being connected to a pivoted attachment element of the clasp having a closed position folded against the strap-band and a raised open position, the second projection being held in place and hidden by the pivoted attachment element when the latter is in its closed position, characterized in that the first projection is inserted into an opening provided in the first end of the strand, the first projection and the said opening of the strap-band comprising complementary profiles which cooperate to removably secure the first projection of the flexible strip to the strap-band and when the pivoted attachment element is in its open position it releases and gives access to the second projection of the flexible strip to allow the user to pull on the flexible strip to disengage the first projection of the flexible strip from the strap-band. the strap-band comprising a first end arranged to be connected to a case of the watch, and a second end connected to a clasp , the strap-band further comprising a removable flexible strip which covers parts of the external surface of the strap-band half along its length, wherein the removable flexible strip has a first projection and a second projection , the second end of the strap-band being connected to a pivoted attachment element of the clasp having a closed position folded against the strap-band and a raised open position, the second projection being held in place and hidden by the pivoted attachment element when the latter is in its closed position, characterized in that the first projection is inserted into an opening provided in the first end of the strand, the first projection and the said opening of the strap-band comprising complementary profiles which cooperate to removably secure the first projection of the flexible strip to the strap-band and when the pivoted attachment element is in its open position it releases and gives access to the second projection of the flexible strip to allow the user to pull on the flexible strip to disengage the first projection of the flexible strip from the strap-band.
A swirler assembly for a combustor of a gas turbine engine comprising an annular mount face which defines at least one pocket ; wherein said swirler assembly includes a swirler first body, said annular mount face is an annular first mount face of said swirler first body and said at least one pocket is at least one first pocket that is completely contained within the annular first mount face ; and a swirler second body with an annular second mount face which abuts said annular first mount face , wherein said second annular mount face defines at least one second pocket ; wherein said at least one first pocket is in axial association with said at least one second pocket , but wherein said pockets are not exposed to the primary combustion air flow and form respective single hollow areas contained within the mount faces . annular first mount face , wherein said second annular mount face defines at least one second pocket ; wherein said at least one first pocket is in axial association with said at least one second pocket , but wherein said pockets are not exposed to the primary combustion air flow and form respective single hollow areas contained within the mount faces .
A switch device comprising: a first electrode that is formed from a metal plate; a plurality of second electrodes (E1-E6) that is opposed to and capacitively coupled to the first electrode ; and a detection circuit configured to detect capacitances between the first electrode and the plurality of second electrodes (E1-E6), wherein the plurality of second electrodes (E1-E6) and regions of the first electrode opposed to the second electrodes (E1-E6) constitute a plurality of switches (SW1-SW6) that has the capacitances varying when the regions of the first electrode are depressed from the first electrode toward the second electrodes (E1-E6), and the detection circuit is further configured to calculate (S4), for each of the switches (SW1-SW6), a capacitance change amount indicating a change of the capacitance of the switch from a respective reference value, to calculate (S6) a maximum value and a sum of the capacitance change amounts of the switches (SW1-SW6), and when the capacitance change amount of at least one switch of the plurality of switches (SW1-SW6) exceeds (S12) a first threshold and a state in which a ratio of the maximum value to the sum is equal to or greater than (S13) a second threshold lasts for a first period (S14), to determine (S15) that the switch with the maximum value of the capacitance change amount is in a depressed state. a first electrode that is formed from a metal plate; a plurality of second electrodes (E1-E6) that is opposed to and capacitively coupled to the first electrode ; and a detection circuit configured to detect capacitances between the first electrode and the plurality of second electrodes (E1-E6), wherein the plurality of second electrodes (E1-E6) and regions of the first electrode opposed to the second electrodes (E1-E6) constitute a plurality of switches (SW1-SW6) that has the capacitances varying when the regions of the first electrode are depressed from the first electrode toward the second electrodes (E1-E6), and the detection circuit is further configured to calculate (S4), for each of the switches (SW1-SW6), a capacitance change amount indicating a change of the capacitance of the switch from a respective reference value, to calculate (S6) a maximum value and a sum of the capacitance change amounts of the switches (SW1-SW6), and when the capacitance change amount of at least one switch of the plurality of switches (SW1-SW6) exceeds (S12) a first threshold and a state in which a ratio of the maximum value to the sum is equal to or greater than (S13) a second threshold lasts for a first period (S14), to determine (S15) that the switch with the maximum value of the capacitance change amount is in a depressed state.
A surgical device of repère configured to be connected to a vertebral spinous process of a patient, said surgical device having a main body which in turn comprises: - a skin contact element having a lower face and an upper face opposite to each other, wherein said lower face comprises an abutment surface shaped to abut on the skin of the patient at the vertebral spinous process ; - handling means connected to said skin contact element , configured to allow adjustment of the coupling between said device and the vertebral spinous process , said handling means comprising a head element ; - coupling means with the vertebral spinous process , connected to said skin contact element at said abutment surface and shaped to penetrate the external surface of the vertebral spinous process and configured to be inserted at least partially inside thereof, said coupling means comprising at least one protruding element with respect to said abutment surface having a longitudinal direction (A); wherein said surgical device further comprises position indicating means configured to be connected to said main body , characterized in that said position indicating means , is connected to said main body along the longitudinal direction (A) of said protruding element , the latter being an insertion preferential direction of said protruding element in the vertebral spinous process , so that said position indicating means indicates the penetration point of said protruding element in the vertebral spinous process . - a skin contact element having a lower face and an upper face opposite to each other, wherein said lower face comprises an abutment surface shaped to abut on the skin of the patient at the vertebral spinous process ; - handling means connected to said skin contact element , configured to allow adjustment of the coupling between said device and the vertebral spinous process , said handling means comprising a head element ; - coupling means with the vertebral spinous process , connected to said skin contact element at said abutment surface and shaped to penetrate the external surface of the vertebral spinous process and configured to be inserted at least partially inside thereof, said coupling means comprising at least one protruding element with respect to said abutment surface having a longitudinal direction (A); wherein said surgical device further comprises position indicating means configured to be connected to said main body ,
A three-dimensional standard vibrator based on leaf-spring-type decoupling device comprises a base set with three single-dimensional vibrators : an X axis vibrator , a Y axis vibrator , and a Z axis vibrator ; and a three-dimensional vibration platform ; wherein the X axis vibrator is connected with the three-dimensional vibration platform through an X axis decoupling device , the Y axis vibrator is connected with the three-dimensional vibration platform through a Y axis decoupling device , and the Z axis vibrator is connected with the three-dimensional vibration platform through a Z axis decoupling device ; wherein the X axis decoupling device , the Y axis decoupling device and the Z axis decoupling device comprise supporting-spring units; wherein each of the supporting-spring units contains a pair of leaf springs mounted parallelly with each other and a first and a second connecting components mounted on the two edges of the leaf springs; wherein the first connecting component is near the vibrator and the second connecting component is near the three-dimensional vibration platform; characterized in that the X axis decoupling device , the Y axis decoupling device and the Z axis decoupling device comprise at least two stages of supporting-spring units , which are connected in series with each other; wherein the planes of the leaf springs from the two-stage supporting-spring units are all mounted parallel to the axis of the corresponding single-dimensional vibrator , and the planes of the leaf springs from one stage of supporting-spring units are mounted perpendicular to the axis of another single-dimensional vibrator .
Flexible wallpaper, comprising a substrate layer, which substrate layer has a top side and a back side, whereby a coating is provided on the top side of said substrate layer, which coating is provided with an embossed pattern, whereby a print pattern is directly provided on top of the embossed coating through aid of a digital printing device, wherein the maximum depth of the embossed pattern provided in the coating comprises a value equal to or less than 1.0 mm and whereby the coating has a minimum thickness, whereby the thickness of the wallpaper is comprised between 0.1 mm and 2.5 mm, and whereby the coating is provided on the substrate layer in an amount comprised between 50 g/m 2 and 400 g/m 2 .
An ignition system for a rocket propellant charge, comprising: - an enclosure in which the propellant charge is present, the enclosure comprising a bottom and an exhaust outlet facing the bottom; and - a pyrotechnic igniter attached to the bottom of the enclosure, the igniter comprising a body delimiting an initiation chamber in which a pyrotechnic charge , an initiator suitable for initiating said charge and a wedging element configured to maintain the pyrotechnic charge in a predetermined position relative to the initiator are present, the igniter being able to eject the gases resulting from the combustion of the pyrotechnic charge toward the rocket propellant charge in order to ignite it; characterized in that the igniter further comprises a diffuser provided with vents for ejecting the gases resulting from the combustion of the pyrotechnic charge toward the rocket propellant charge . - an enclosure in which the propellant charge is present, the enclosure comprising a bottom and an exhaust outlet facing the bottom; and - a pyrotechnic igniter attached to the bottom of the enclosure, the igniter comprising a body delimiting an initiation chamber in which a pyrotechnic charge , an initiator suitable for initiating said charge and a wedging element configured to maintain the pyrotechnic charge in a predetermined position relative to the initiator are present, the igniter being able to eject the gases resulting from the combustion of the pyrotechnic charge toward the rocket propellant charge in order to ignite it;
A braze tape comprising: a first layer comprising a nickel or cobalt based superalloy ; a second layer comprising braze material , wherein the braze material is boron and silicon free and the chemical composition of the braze material is selected from the group consisting of Ni-Cr-Ti, Ni-Zr-Ti, and Ni-Cr-Zr-Ti; and a third layer comprising flux material comprising fluoride. a first layer comprising a nickel or cobalt based superalloy ; a second layer comprising braze material , wherein the braze material is boron and silicon free and the chemical composition of the braze material is selected from the group consisting of Ni-Cr-Ti, Ni-Zr-Ti, and Ni-Cr-Zr-Ti; and a third layer comprising flux material comprising fluoride.
A laminated sheet comprising a surface layer containing a methacrylic resin laminated on at least one surface of a substrate layer containing a polycarbonate resin, wherein the substrate layer contains a colorant; a total thickness is 3.0 to 10.0 mm; T1 > T2 is satisfied wherein T1 represents a thickness of the substrate layer and T2 represents a total thickness of the surface layer ; a total light transmittance is 10 to 40%; a transmittance at a wavelength of 1,500 nm is 60% or less; and an absolute value of a* value is 10.0 or less and an absolute value of b* is 10.0 or less in an L*a*b* color space defined by JIS Z 8781-4, and the laminated sheet is for resin glazing. wherein the substrate layer contains a colorant; a total thickness is 3.0 to 10.0 mm; T1 > T2 is satisfied wherein T1 represents a thickness of the substrate layer and T2 represents a total thickness of the surface layer ; a total light transmittance is 10 to 40%; a transmittance at a wavelength of 1,500 nm is 60% or less; and an absolute value of a* value is 10.0 or less and an absolute value of b* is 10.0 or less in an L*a*b* color space defined by JIS Z 8781-4, and the laminated sheet is for resin glazing.
A method for the dynamic parameterization of at least one sensor in an industrial process in which - measurement data of the process are acquired by means of a configuration sensor and of a productive sensor , with the configuration sensor and the productive sensor being sensors of the same kind; - the measurement data of the configuration sensor are transmitted to a control unit ; - the control unit generates a parameter set for the productive sensor based on the measurement data and transmits the parameter set to the productive sensor ; and - the productive sensor uses the parameter set in operation, characterized in that - the control unit is implemented by a service on a cloud server. - measurement data of the process are acquired by means of a configuration sensor and of a productive sensor , with the configuration sensor and the productive sensor being sensors of the same kind; - the measurement data of the configuration sensor are transmitted to a control unit ; - the control unit generates a parameter set for the productive sensor based on the measurement data and transmits the parameter set to the productive sensor ; and - the productive sensor uses the parameter set in operation, characterized in that - the control unit is implemented by a service on a cloud server.
A method for producing plastic straps , comprising a provision of a semi-crystalline, thermoplastic plastic material , melting the plastic material , and extrusion of the melted plastic material to form at least one plastic strand , by means of an extrusion apparatus , cooling of the extruded plastic strand , monoaxial or predominantly monoaxial stretching of the cooled plastic strand to form a stretched strand , by means of at least one stretching device , which stretched strand has two surfaces , which are spaced apart from one another by a thickness of the stretched strand , wherein at least one surface of the stretched strand is provided with a microstructure , by means of a surface treatment apparatus , in particular with a microstructure that cannot be optically resolved by the naked human eye, and wherein an embossing apparatus comprising at least one embossing roll is used as the surface treatment apparatus , characterized in that the at least one surface of the stretched strand is provided with the microstructure by means of at least one embossing roll , having a surface profile with an average roughness R a between 2 μm and 15 μm.
Attachment housing arrangement with: an attachment housing for accommodating a hood of a plug connector with plug contacts , a mechanical locking arrangement for mechanically locking the hood to the attachment housing , a fixing arrangement for fixing the mechanical locking arrangement at least in a locking state, and a control unit for controlling the fixing arrangement , wherein the control unit is designed to control the fixing arrangement so as to release a fixing of the locking arrangement only when the plug contacts are free of current and free of voltage within predefined tolerances, a circuit interrupter , to interrupt at least one line (L1, L2, L3) that leads to at least one plug contact , characterized in that the attachment housing arrangement further comprises a voltage measuring unit for measuring a voltage present at the respective plug contact , and in that the voltage measuring unit is arranged, in terms of the respective line (L1, L2, L3), between the circuit interrupter and the respective plug contact . an attachment housing for accommodating a hood of a plug connector with plug contacts , a mechanical locking arrangement for mechanically locking the hood to the attachment housing , a fixing arrangement for fixing the mechanical locking arrangement at least in a locking state, and a control unit for controlling the fixing arrangement , wherein the control unit is designed to control the fixing arrangement so as to release a fixing of the locking arrangement only when the plug contacts are free of current and free of voltage within predefined tolerances, a circuit interrupter , to interrupt at least one line (L1, L2, L3) that leads to at least one plug contact , characterized in that the attachment housing arrangement further comprises a voltage measuring unit for measuring a voltage present at the respective plug contact , and in that the voltage measuring unit is arranged, in terms of the respective line (L1, L2, L3), between the circuit interrupter and the respective plug contact .