mhurhangee/ep-ind-claims huggingface dataset:
A control apparatus of an electricity accumulation mechanism mounted on a vehicle, the vehicle running at least partly by means of the drive power of a motor to which the electricity accumulation mechanism supplies power, the control apparatus comprising: regulation means for regulating charging power to said electricity accumulation mechanism and discharging power from said electricity accumulation mechanism; detect means (612, 614, 1100) for detecting a value related to actuation of said electricity accumulation mechanism; and storage means for storing a history related to said detected value, the control apparatus comprising: determination means for determining a deterioration degree of said electricity accumulation mechanism based on said stored history; relaxation means for relaxing the regulation performed by said regulation means when said deterioration degree is determined to be smaller than a predetermined degree; and tightening means for tightening the regulation performed by said regulation means when said deterioration degree is determined to be greater than the predetermined degree. regulation means for regulating charging power to said electricity accumulation mechanism and discharging power from said electricity accumulation mechanism; detect means (612, 614, 1100) for detecting a value related to actuation of said electricity accumulation mechanism; and storage means for storing a history related to said detected value, the control apparatus comprising: determination means for determining a deterioration degree of said electricity accumulation mechanism based on said stored history; relaxation means for relaxing the regulation performed by said regulation means when said deterioration degree is determined to be smaller than a predetermined degree; and tightening means for tightening the regulation performed by said regulation means when said deterioration degree is determined to be greater than the predetermined degree. determination means for determining a deterioration degree of said electricity accumulation mechanism based on said stored history; relaxation means for relaxing the regulation performed by said regulation means when said deterioration degree is determined to be smaller than a predetermined degree; and tightening means for tightening the regulation performed by said regulation means when said deterioration degree is determined to be greater than the predetermined degree.
Awning with an extendable extension profile, wherein the extension profile has an electric motor driven valance shaft driven by means of a valance shaft motor, from which a valance can be unrolled and extended downwards, characterized in that the awning has at least one position sensor for detecting the alignment of the extension profile and wherein controlling of the valance shaft motor of the valance shaft to extend and/or retract the valance only occurs with a horizontally or almost horizontally aligned extension profile.
A secure onboard network communication method, applied to a sending apparatus and comprising: obtaining an initial value of a first freshness value FV; obtaining a second value of the first FV based on the initial value, wherein the second value is greater than the initial value; refreshing the initial value to the second value; and sending a first message, wherein the first message comprises the second value, characterized in that the initial value of the first FV is 0, a value of a previously refreshed FV, or a value of a reset FV, wherein the value of the reset FV is associated with a vehicle status parameter, and the vehicle status parameter comprises at least one of an accumulated driving mileage or accumulated driving time of the vehicle. obtaining an initial value of a first freshness value FV; obtaining a second value of the first FV based on the initial value, wherein the second value is greater than the initial value; refreshing the initial value to the second value; and sending a first message, wherein the first message comprises the second value, characterized in that the initial value of the first FV is 0, a value of a previously refreshed FV, or a value of a reset FV, wherein the value of the reset FV is associated with a vehicle status parameter, and the vehicle status parameter comprises at least one of an accumulated driving mileage or accumulated driving time of the vehicle.
A medicament container holder comprising: - a body adapted to receive a medicament container, the body comprising proximally directed tongues at its proximal end, - engagement elements arranged at the proximal end of the tongues, directed inwards, which engagement elements are arranged to engage a neck portion of the medicament container; wherein the tongues deflect radially outwards from a non-stressed state when engaged by a needle shield of said medicament container, configured such that said tongues with said engagement elements, engage with said neck portion of said medicament container for preventing the medicament container from moving in a proximal direction relative the medicament container holder, when disengaged from said needle shield, wherein said tongues are in a stressed state when in engagement with said neck portion, characterised in that said tongues are designed with an inwardly tapering as seen in a proximal direction in a non-engaged state. - a body adapted to receive a medicament container, the body comprising proximally directed tongues at its proximal end, - engagement elements arranged at the proximal end of the tongues, directed inwards, which engagement elements are arranged to engage a neck portion of the medicament container; wherein the tongues deflect radially outwards from a non-stressed state when engaged by a needle shield of said medicament container, configured such that said tongues with said engagement elements, engage with said neck portion of said medicament container for preventing the medicament container from moving in a proximal direction relative the medicament container holder, when disengaged from said needle shield, wherein said tongues are in a stressed state when in engagement with said neck portion, characterised in that said tongues are designed with an inwardly tapering as seen in a proximal direction in a non-engaged state.
A semiconductor device including a pixel, the pixel comprising: a light emitting element; a source signal line; a first gate signal line and a second gate signal line, a first, a second and a third TFT (2104 to 2106); a capacitance element; a current supply line; and first and second power source lines (2110 and 2111); wherein a gate electrode of the first TFT is connected to the first gate signal line, a first electrode of the first TFT is connected to the source signal line, and a second electrode of the first TFT is connected to a gate electrode of the second TFT, wherein a first electrode of the second TFT is connected to the current supply line, and a second electrode of the second TFT is connected to a first electrode of the third TFT and a first electrode of the light emitting element, wherein a gate electrode of the third TFT is connected to the second gate signal line, and a second electrode of the third TFT is connected to the second power source line, wherein a second electrode of the light emitting element is connected to the first power source line, the capacitance element is disposed between the gate electrode and the second electrode of the second TFT, holding the gate-source voltage, wherein the first, second and third TFT (2104 to 2106) is a bottom gate structure transistor, and wherein an offset structure or a gate overlapped lightly doped drain structure is used for impurity regions of source regions or drain regions. a light emitting element; a source signal line; a first gate signal line and a second gate signal line, a first, a second and a third TFT (2104 to 2106); a capacitance element; a current supply line; and first and second power source lines (2110 and 2111); wherein a gate electrode of the first TFT is connected to the first gate signal line, a first electrode of the first TFT is connected to the source signal line, and a second electrode of the first TFT is connected to a gate electrode of the second TFT, wherein a first electrode of the second TFT is connected to the current supply line, and a second electrode of the second TFT is connected to a first electrode of the third TFT and a first electrode of the light emitting element, wherein a gate electrode of the third TFT is connected to the second gate signal line, and a second electrode of the third TFT is connected to the second power source line, wherein a second electrode of the light emitting element is connected to the first power source line, the capacitance element is disposed between the gate electrode and the second electrode of the second TFT, holding the gate-source voltage, wherein the first, second and third TFT (2104 to 2106) is a bottom gate structure transistor, and wherein an offset structure or a gate overlapped lightly doped drain structure is used for impurity regions of source regions or drain regions.
A magnetic-field measuring device having: an elongate magnetic material (46, 48; 146; 246; 346; 446; 46, 48; 46, 48) formed of a solid or liquid having magnetic anisotropy, or a composite of said solid and liquid; an electrically conductive body (42, 44; 42; 42; 42; 442; 42, 44; 42, 44) disposed adjacent to said magnetic material, so as to give said magnetic material a current-induced magnetic-field vector having a component in a direction perpendicular to a longitudinal direction of said magnetic material; and a coil (50, 52) to detect a magnetic field generated by said magnetic material, wherein said magnetic material is magnetized in an arbitrary direction perpendicular to its longitudinal direction when an external magnetic field (Bmes) is not applied to said magnetic material or when only a magnetic field not having a component in its longitudinal direction is applied to said magnetic material, and is magnetized in a direction having the component in said longitudinal direction when the external magnetic field having the component in the longitudinal direction of said magnetic material is applied to said magnetic material, characterised in that a direction of magnetization of said magnetic material is aligned with a specific direction perpendicular to the longitudinal direction of said magnetic material when the magnetic material is sufficiently given said current-induced magnetic-field vector, and said magnetic-field measuring device is configured to intermittently apply an electric current (Ie) to said electrically conductive body, and detect an electromotive force (Ecoil) generated by said coil while the electric current is applied to said electrically conductive body and while the electric current is not applied to the electrically conductive body.
A method of manufacturing a knit fabric made in one-piece part, based on an arrangement constituted by at least two sheets of yarns, comprising the following step: manufacturing a knit fabric on a warp knitting loom or Rachel loom according to a first sheet and a non-meshing sheet, said first sheet being threaded continuously or in a determined setup and being obtained from a guide bar, the chart followed for knitting the yarns of said first sheet leading to the formation of a warp, said non-meshing sheet being threaded continuously or in a determined setup, said non-meshing sheet being obtained from a guide bar, the chart followed for knitting the yarns of the non-meshing sheet being such that for at least one yarn (A1, A11, A12) of the warp weave, referred to as free warp yarn, taken in the direction of manufacture of the knit fabric, any yarn of said non-meshing sheet getting close to said free warp yarn performs a half-turn at this free warp yarn, characterized in that one non-meshing sheet only is used, the yarns of the first sheet according to the warp weave being knitted according to a chart 1-0/0-1//, the yarns of the non-meshing sheet being knitted according to a chart: 0-0/2-2//. manufacturing a knit fabric on a warp knitting loom or Rachel loom according to a first sheet and a non-meshing sheet, said first sheet being threaded continuously or in a determined setup and being obtained from a guide bar, the chart followed for knitting the yarns of said first sheet leading to the formation of a warp, said non-meshing sheet being threaded continuously or in a determined setup, said non-meshing sheet being obtained from a guide bar, the chart followed for knitting the yarns of the non-meshing sheet being such that for at least one yarn (A1, A11, A12) of the warp weave, referred to as free warp yarn, taken in the direction of manufacture of the knit fabric, any yarn of said non-meshing sheet getting close to said free warp yarn performs a half-turn at this free warp yarn, characterized in that one non-meshing sheet only is used, the yarns of the first sheet according to the warp weave being knitted according to a chart 1-0/0-1//, the yarns of the non-meshing sheet being knitted according to a chart: 0-0/2-2//.
Strapping head or strapping device of a strapping apparatus for the strapping of packaged articles with a strapping band, in particular with a plastics strapping band, which strapping head is equipped with an advancement and tensioning device (20, 22) which is equipped with multiple wheels (11, 12, 13; 111, 112, 113) for transmitting an advancement, retraction and tensioning movement to the strapping band, wherein at least one of said wheels is operatively connected or operatively connectable to a drive device in order to set the at least one of the wheels in rotational motion about an axis of rotation for the advancement, retraction and tensioning movement, wherein an actuable means by which at least one wheel (13, 113) of a wheel pair of the advancement device can be switched into a state in which the strapping band can be displaced between the wheel pair in a direction opposite to the band advancement movement, without a motor drive movement being transmitted to the strapping band; characterized in that at least one of the wheels can be driven in both directions of rotation by means of the same drive motor.
An electronic components moving apparatus comprising: a holding portion for holding an electronic component at a tip thereof; a rotor on which the holding portion is disposed around a rotational axis with the tip of the holding portion oriented radially outwards and which intermittently rotates the holding portion about the rotational axis through a predetermined angle each time; a reciprocating driving portion which is set in at least one of stopping positions of the holding portion to advance the holding portion radially outwards of the rotor; and a projecting portion which projects from the holding portion, characterized in that the reciprocating driving portion includes: a slide pusher which is placed so as to slide radially outwards of the rotor on a rail and which is configured to be brought into abutment with the projecting portion to push out the holding portion; and a reciprocating driving motor which is a drive source of the slide pusher, and wherein the slide pusher and the reciprocating driving motor are arranged so that the holding portion, the slide pusher and the reciprocating driving motor are aligned along a direction which is substantially perpendicular to a rotational plane of the rotor, when the holding portion stops in a position where the reciprocating driving portion is placed, wherein the rail is disposed on an inner side of the reciprocating driving motor in a radial direction of the rotor. a holding portion for holding an electronic component at a tip thereof; a rotor on which the holding portion is disposed around a rotational axis with the tip of the holding portion oriented radially outwards and which intermittently rotates the holding portion about the rotational axis through a predetermined angle each time; a reciprocating driving portion which is set in at least one of stopping positions of the holding portion to advance the holding portion radially outwards of the rotor; and a projecting portion which projects from the holding portion, characterized in that the reciprocating driving portion includes: a slide pusher which is placed so as to slide radially outwards of the rotor on a rail and which is configured to be brought into abutment with the projecting portion to push out the holding portion; and a reciprocating driving motor which is a drive source of the slide pusher, and a slide pusher which is placed so as to slide radially outwards of the rotor on a rail and which is configured to be brought into abutment with the projecting portion to push out the holding portion; and a reciprocating driving motor which is a drive source of the slide pusher, and wherein the slide pusher and the reciprocating driving motor are arranged so that the holding portion, the slide pusher and the reciprocating driving motor are aligned along a direction which is substantially perpendicular to a rotational plane of the rotor, when the holding portion stops in a position where the reciprocating driving portion is placed, wherein the rail is disposed on an inner side of the reciprocating driving motor in a radial direction of the rotor.
A speaker recognition device comprising: a memory device storing speech samples including, dual sets of speech samples attributed to the same speaker, a cohort set of speech samples not attributed to the same speaker as the dual sets, and a set of speaker models; and a processor-based device configured to model a deep neural network with a triplet network architecture using a loss function, wherein the processor-based device trains the deep neural network according to a batch process in which the dual sets of speech samples are fed through the deep neural network in combination with the cohort set of speech samples, wherein the loss function is computed based on minimizing a distance between a first network output responsive to one of the first set of the dual speech samples and a second network output responsive to the corresponding one of the second set of dual speech samples, and maximizing a distance between the first network output responsive to the one of the first set of speech samples and a most similar one of third network outputs responsive to respective speech samples of the cohort set; and wherein the processor-based device feeds a recognition speech sample through the trained deep neural network, and verifies or identifies a user based on an output of the trained deep neural network responsive to the recognition speech sample and at least one of the speaker models. a memory device storing speech samples including, dual sets of speech samples attributed to the same speaker, a cohort set of speech samples not attributed to the same speaker as the dual sets, and a set of speaker models; and dual sets of speech samples attributed to the same speaker, a cohort set of speech samples not attributed to the same speaker as the dual sets, and a set of speaker models; and a processor-based device configured to model a deep neural network with a triplet network architecture using a loss function, wherein the processor-based device trains the deep neural network according to a batch process in which the dual sets of speech samples are fed through the deep neural network in combination with the cohort set of speech samples, wherein the loss function is computed based on minimizing a distance between a first network output responsive to one of the first set of the dual speech samples and a second network output responsive to the corresponding one of the second set of dual speech samples, and maximizing a distance between the first network output responsive to the one of the first set of speech samples and a most similar one of third network outputs responsive to respective speech samples of the cohort set; and wherein the processor-based device feeds a recognition speech sample through the trained deep neural network, and verifies or identifies a user based on an output of the trained deep neural network responsive to the recognition speech sample and at least one of the speaker models.
Template for use in installing a plurality of foundation elements, in particular anchor piles, relative to one another in an underwater ground formation, comprising a plurality of guides for the foundation elements, which guides are fixed relative to one another by means of a frame, and characterised in that at least one of the guides comprises a sound-insulating sleeve for surrounding a foundation element during driving.
A thermo-pressure molding process of making a plurality of cones for dental root canal fillings, each cone comprising: a body having a generally axisymmetric conical structure, wherein at least a section along the body has a tapered structure, and wherein the tapered structure has different tapers along the axial direction, varying progressively to define a multi-taper conical structure, the method comprising: (i) providing a split mold having a plurality of cavities defined in the mold corresponding to the shape of the cones and having spray openings provided in the mold to spray separation lubricating agent into the mold cavities to keep cavities clean and surface tension low; (ii) injecting material into the cavities in the mold; and (iii) molding the cones each having a body comprising the injected material. (i) providing a split mold having a plurality of cavities defined in the mold corresponding to the shape of the cones and having spray openings provided in the mold to spray separation lubricating agent into the mold cavities to keep cavities clean and surface tension low; (ii) injecting material into the cavities in the mold; and (iii) molding the cones each having a body comprising the injected material.
Bicycle tyre having a tyre carcass with two opposite side walls, wherein the tyre carcass at least in sections defines a tyre interior space and wherein on each of the free ends of the side walls a bead with a bead core disposed therein is arranged, characterized in that an interior side of the tyre carcass facing the tyre interior space is covered by a fabric layer (30; 64) which is composed of monofilament fibres having an essentially circular cross section, which fibres are embedded in an elastic material or which have the interstices filled with elastic material, wherein the fabric of the fabric layer (30; 64) includes warp threads and weft threads with a thread density between 15 tpi and 30 tpi.