mhurhangee/ep-ind-claims huggingface dataset:
A fixed codebook search method for searching a fixed codebook used as an excitation source in a CELP-based voice coder, comprising: initializing a counter to an initial value; searching for pulses and calculating the value of a cost function Qk; resetting the counter to the initial value and replace the original pulses with the pulses that make the Qk value increase if the value of Qk increases in comparison to the Qk value of the original pulses; and increment the value of the counter if the value of Qk does not increase; performing the searching for pulses in an external loop comprising at least one internal loop; and ending the external loop search process when the value of the counter is greater than a threshold value. initializing a counter to an initial value; searching for pulses and calculating the value of a cost function Qk; resetting the counter to the initial value and replace the original pulses with the pulses that make the Qk value increase if the value of Qk increases in comparison to the Qk value of the original pulses; and increment the value of the counter if the value of Qk does not increase; performing the searching for pulses in an external loop comprising at least one internal loop; and ending the external loop search process when the value of the counter is greater than a threshold value.
Offensive charge intended for the manufacture of a multiple projectiles cartridge for firing with a firearm, in which said projectiles are formed by at least two substantially spherical pellets connected to one another by a metal connecting wire with a fixed predetermined length, characterized in that said pellets are made from an alloy comprising tin and antimony and are fused to the metal connecting wire.
The use of highly concentrated enzyme granules in enzyme-containing washing or cleaning agents to increase the stability of proteases, wherein the highly concentrated enzyme granules contain proteases in amounts of from 0.1 wt.% to 20 wt.%, particularly preferably from 6 wt.% to 19 wt.%.
Glazing comprising two main external surfaces (S1, S2), characterized in that it comprises: - a system with variable light scattering, comprising a layer which is based on active elements and can switch between a transparent state and a translucent state, - at least two substrates located on either side of the system with variable light scattering, - at least one substrate comprising a set of discrete scattering elements forming a pattern which covers a zone, the set of discrete scattering elements covering at most 40% of the area of the zone covered by the pattern. - a system with variable light scattering, comprising a layer which is based on active elements and can switch between a transparent state and a translucent state, - at least two substrates located on either side of the system with variable light scattering, - at least one substrate comprising a set of discrete scattering elements forming a pattern which covers a zone, the set of discrete scattering elements covering at most 40% of the area of the zone covered by the pattern.
A method executed by a mobile station among a plurality of mobile stations in a cell managed by a base station, the method comprising: receiving a cell specific timer value for a timer of the mobile station in system information, wherein the cell specific timer value for the timer is common to all of the plurality of mobile stations in the cell; receiving a dedicated timer value for the timer of the mobile station after receiving the cell specific timer value, wherein the dedicated timer value for the timer is transmitted by the base station to the mobile station dedicatedly; receiving a timing advance to control uplink synchronization; and determining if one or more uplink signals is synchronized by using the dedicated timer value for the timer after receiving the dedicated timer value for the timer. receiving a cell specific timer value for a timer of the mobile station in system information, wherein the cell specific timer value for the timer is common to all of the plurality of mobile stations in the cell; receiving a dedicated timer value for the timer of the mobile station after receiving the cell specific timer value, wherein the dedicated timer value for the timer is transmitted by the base station to the mobile station dedicatedly; receiving a timing advance to control uplink synchronization; and determining if one or more uplink signals is synchronized by using the dedicated timer value for the timer after receiving the dedicated timer value for the timer.
A watch-type terminal wearable on a user's wrist, the watch-type terminal comprising: a main body; a band part connected to the main body and formed to be wearable on the wrist; an electrode unit disposed in the band so as to come into contact with the body of the user, and generating a current; and a controller configured to calculate an impedance value on the basis of a voltage sensed by the electrode unit, wherein the electrode unit includes a first electrode member (341, 343, 346) which comes into contact with the wrist when the watch-type terminal is worn around the wrist and a second electrode member (342, 344) exposed to the outside, wherein the band part includes a first band and a second band connected to both ends of the main body, wherein the electrode unit includes the first electrode member formed on one surface of the second band and the second electrode member formed on the other surface of the second band, wherein the first band is fixed to the main body, and the second band is detachable from the main body, and wherein the second band further includes: a flexible circuit board electrically connecting the first and second electrode members (341, 342), and a connection pin connected to the flexible circuit board and protruding to the outside of the second band, and wherein the main body further includes a connection hole allowing the connection pin to be inserted therein. a main body; a band part connected to the main body and formed to be wearable on the wrist; an electrode unit disposed in the band so as to come into contact with the body of the user, and generating a current; and a controller configured to calculate an impedance value on the basis of a voltage sensed by the electrode unit, wherein the electrode unit includes a first electrode member (341, 343, 346) which comes into contact with the wrist when the watch-type terminal is worn around the wrist and a second electrode member (342, 344) exposed to the outside, wherein the band part includes a first band and a second band connected to both ends of the main body, wherein the electrode unit includes the first electrode member formed on one surface of the second band and the second electrode member formed on the other surface of the second band, wherein the first band is fixed to the main body, and the second band is detachable from the main body, and wherein the second band further includes: a flexible circuit board electrically connecting the first and second electrode members (341, 342), and a connection pin connected to the flexible circuit board and protruding to the outside of the second band, and wherein the main body further includes a connection hole allowing the connection pin to be inserted therein. a flexible circuit board electrically connecting the first and second electrode members (341, 342), and a connection pin connected to the flexible circuit board and protruding to the outside of the second band, and wherein the main body further includes a connection hole allowing the connection pin to be inserted therein.
Method for limiting vibratory phenomena at a part-tool interface on a machining tool comprising 3, 4 or 5 machining tool axes, said method comprising the steps of: - Identifying at least one machining tool axis, called compliant axis, able to be excited during an acceleration phase of at least one machining tool axis, called excitation axis, that is separate from said at least compliant axis, and to induce, following this excitation, a relative movement between the part and the tool along a direction collinear with said at least compliant axis, - Applying a compensation on each compliant axis during the acceleration phase and a phase of constant speed following the acceleration phase of said at least excitation axis in order to reduce any relative movement between the part and the tool. - Identifying at least one machining tool axis, called compliant axis, able to be excited during an acceleration phase of at least one machining tool axis, called excitation axis, that is separate from said at least compliant axis, and to induce, following this excitation, a relative movement between the part and the tool along a direction collinear with said at least compliant axis, - Applying a compensation on each compliant axis during the acceleration phase and a phase of constant speed following the acceleration phase of said at least excitation axis in order to reduce any relative movement between the part and the tool.
A modular combined heat and power plant (CHP plant), comprising the components: a combustion engine, an electrical generator, a control unit and at least one cooling circuit; wherein the CHP plant is of a modular design with at least a first module, a second module, a third module and a fourth module, characterised in that, the combustion engine and the generator are only incorporated in the first module, a first section of the at least one cooling circuit is incorporated in the second module, the control unit for at least one of the components is only incorporated in the third module, and elements of an exhaust gas system and a second section of the at least one cooling circuit are incorporated in the fourth module, wherein the footprint of the modular CHP plant is less than 4 m 2, the modules (4, 6, 8, 10) have contact surfaces, the contact surfaces have connecting elements, the components are electrically and/or hydraulically connectable by means of the connecting elements, the modules (4, 6, 8, 10) each have at least one connecting element that is complementary to the directly adjoining module, the connecting elements and the complementary connecting elements are quick connecting, and wherein the connecting elements and the complementary connecting elements comprise electrical plug-in connectors for power or data transmission and/or coupling elements for gaseous or fluid media. a combustion engine, an electrical generator, a control unit and at least one cooling circuit; wherein the CHP plant is of a modular design with at least a first module, a second module, a third module and a fourth module, characterised in that, the combustion engine and the generator are only incorporated in the first module, a first section of the at least one cooling circuit is incorporated in the second module, the control unit for at least one of the components is only incorporated in the third module, and elements of an exhaust gas system and a second section of the at least one cooling circuit are incorporated in the fourth module, wherein the footprint of the modular CHP plant is less than 4 m 2, the modules (4, 6, 8, 10) have contact surfaces, the contact surfaces have connecting elements, the components are electrically and/or hydraulically connectable by means of the connecting elements, the modules (4, 6, 8, 10) each have at least one connecting element that is complementary to the directly adjoining module, the connecting elements and the complementary connecting elements are quick connecting, and wherein the connecting elements and the complementary connecting elements comprise electrical plug-in connectors for power or data transmission and/or coupling elements for gaseous or fluid media.
Industrial truck having a warning device which is arranged on the industrial truck and can project a light effect onto the underlying surface, characterized in that the light effect has a projection area whose shape provides a directional information in the direction of the industrial truck.
A greenhouse screen comprising strips of film material that are interconnected by a yarn system (12, 13a, 13b; 14, 15) by means of hosiery, knitting, warp-knitting or weaving process to form a continuous product, characterized in that at least some of the strips comprise a film material in the form of a multilayer polyester film having a thickness less than 60 μm and comprising at least two layers, wherein at least one layer is white and at least one layer is black, said at least one white layer comprises polyester and a white pigment in an amount between 5 and 50 weight-% based on the total weight of said white layer, and said at least one black layer comprises polyester and a black opacifying agent.
Assembly for the production of pancakes, comprising: - a conveyor having a heatable carrier on which the pancakes to be made are conveyed in a conveyance direction; - a first discharge device placed over the conveyor, wherein the first discharge device is provided with several nozzles for each time discharging a preset quantity of pancake batter for the nozzle in question onto the carrier; and - a control device for individually controlling substantially each nozzle of the discharge device for the discharge or not of a preset quantity of pancake batter for the nozzle in question, wherein the control device is adapted for controlling the discharge device such that the preset quantity of pancake batter for the nozzle in question forms a line on the carrier in the conveyance direction and that several lines, each coming from a different nozzle, together form at least a part of the pancake to be made. - a conveyor having a heatable carrier on which the pancakes to be made are conveyed in a conveyance direction; - a first discharge device placed over the conveyor, wherein the first discharge device is provided with several nozzles for each time discharging a preset quantity of pancake batter for the nozzle in question onto the carrier; and - a control device for individually controlling substantially each nozzle of the discharge device for the discharge or not of a preset quantity of pancake batter for the nozzle in question, wherein the control device is adapted for controlling the discharge device such that the preset quantity of pancake batter for the nozzle in question forms a line on the carrier in the conveyance direction and that several lines, each coming from a different nozzle, together form at least a part of the pancake to be made.
An image processing device for processing a medical image comprising: an electronic device programmed to: apply a filter parameter selection engine to an image environment (34, 40) of a medical image to calculate an image filter configuration for the medical image; the filter parameter selection engine being empirically trained using machine learning on a training set of filtered images constructed by filtering, with different filter settings, training images identified as to the image environment; wherein the image environment (34, 40) includes values for one or more of an imaging subject of the medical image, an imaging device (10, 18) used to acquire the medical image, and a medical context of the medical image; apply a noise-suppression image filter with the image filter configuration to filter the medical image to generate a filtered medical image; and display the filtered medical image on a display component. apply a filter parameter selection engine to an image environment (34, 40) of a medical image to calculate an image filter configuration for the medical image; the filter parameter selection engine being empirically trained using machine learning on a training set of filtered images constructed by filtering, with different filter settings, training images identified as to the image environment; wherein the image environment (34, 40) includes values for one or more of an imaging subject of the medical image, an imaging device (10, 18) used to acquire the medical image, and a medical context of the medical image; apply a noise-suppression image filter with the image filter configuration to filter the medical image to generate a filtered medical image; and display the filtered medical image on a display component.
A method comprising the steps of: • A) receiving a request to set a first countdown timer to a first time value; • B) starting the first countdown timer; • C) while the first countdown timer has not expired, receiving a plurality of requests to reset the first countdown timer; • D) letting the first countdown timer expire; • E) setting up a second countdown timer with a second time value that is equal to said first time value minus a difference time, wherein said difference time is calculated as the current time at expiry of said first countdown timer minus the current time of receiving of the latest request to reset the first countdown timer; • F) starting the second countdown timer; • G) letting the second countdown timer expire. • A) receiving a request to set a first countdown timer to a first time value; • B) starting the first countdown timer; • C) while the first countdown timer has not expired, receiving a plurality of requests to reset the first countdown timer; • D) letting the first countdown timer expire; • E) setting up a second countdown timer with a second time value that is equal to said first time value minus a difference time, wherein said difference time is calculated as the current time at expiry of said first countdown timer minus the current time of receiving of the latest request to reset the first countdown timer; • F) starting the second countdown timer; • G) letting the second countdown timer expire.
A nanocomposite material comprising layers of graphene and intermediate layers that separate and interconnect the layers of graphene, wherein - said graphene layers have a thickness of 1-10 times the size of a carbon atom, characterised in that - the intermediate layers are layers comprising the salt lithium bis(salicylato)borate [Li][BScB]. - said graphene layers have a thickness of 1-10 times the size of a carbon atom, characterised in that - the intermediate layers are layers comprising the salt lithium bis(salicylato)borate [Li][BScB].
An anvil delivery system comprising: a delivery assembly; an anvil assembly selectively securable to the delivery assembly, the anvil assembly including: a center rod assembly selectively securable to the delivery assembly; and a head assembly pivotally secured to the center rod assembly between a first tilted position and an operative position; and a suture extending from the anvil delivery system through the head assembly and extending distally of the head assembly, wherein the suture retains the head assembly in the first tilted position; characterised by the suture being tied in a knot (k) thereby forming a loop extending distally of the head assembly. a delivery assembly; an anvil assembly selectively securable to the delivery assembly, the anvil assembly including: a center rod assembly selectively securable to the delivery assembly; and a head assembly pivotally secured to the center rod assembly between a first tilted position and an operative position; and a center rod assembly selectively securable to the delivery assembly; and a head assembly pivotally secured to the center rod assembly between a first tilted position and an operative position; and a suture extending from the anvil delivery system through the head assembly and extending distally of the head assembly, wherein the suture retains the head assembly in the first tilted position; characterised by the suture being tied in a knot (k) thereby forming a loop extending distally of the head assembly.
A connector comprising a housing and a terminal, wherein: the housing has a terminal accommodation portion and a bottom portion; the terminal accommodation portion opens upward in an up-down direction, i.e. opens in a positive Z-direction; the bottom portion is positioned under the terminal accommodation portion in the positive Z-direction; the terminal has a base portion, a spring portion and a contact portion; the base portion is embedded in and held by the bottom portion via insert-molding; the spring portion extends upward towards the positive Z-direction from the base portion and is accommodated in the terminal accommodation portion to be resiliently deformable; and the contact portion is supported by the spring portion and is movable in a predetermined direction perpendicular to the up-down direction, characterized in that the base portion is enclosed by the bottom portion on four sides in a predetermined plane perpendicular to the up-down direction and is in contact with the bottom portion with no gap in the predetermined plane; and when the connector is seen from a negative Z-side, the base portion is partially visible, but the terminal accommodation portion is invisible. the housing has a terminal accommodation portion and a bottom portion; the terminal accommodation portion opens upward in an up-down direction, i.e. opens in a positive Z-direction; the bottom portion is positioned under the terminal accommodation portion in the positive Z-direction; the terminal has a base portion, a spring portion and a contact portion; the base portion is embedded in and held by the bottom portion via insert-molding; the spring portion extends upward towards the positive Z-direction from the base portion and is accommodated in the terminal accommodation portion to be resiliently deformable; and the contact portion is supported by the spring portion and is movable in a predetermined direction perpendicular to the up-down direction, characterized in that the base portion is enclosed by the bottom portion on four sides in a predetermined plane perpendicular to the up-down direction and is in contact with the bottom portion with no gap in the predetermined plane; and when the connector is seen from a negative Z-side, the base portion is partially visible, but the terminal accommodation portion is invisible.