mhurhangee/ep-ind-claims huggingface dataset:
A method of providing data in wireless communication system having a terminal, a relay node "RN" and a Doner eNB "DeNB", the method comprising: receiving, by the DeNB, a data flow control message from the RN, wherein the data flow control message includes an identifier of a terminal requiring a data flow control in the RN; and controlling, by the DeNB, a data flow after receiving the data flow control message, wherein the data flow is controlled by adjusting data flow of at least one radio bearer "RB" used by the identified terminal, and wherein the RN is placed between an Uu radio interface and an Un radio interface within an LTE-Advanced system, characterized in that: n the at least one RB is an Un RB over the Un radio interface between the RN and the DeNB, wherein a plurality of Uu RBs are established over the Uu radio interface between the terminal and the RN, and wherein at least one of the plurality of the Uu RBs is mapped to the Un RB based on Quality of Services "QoSs" associated with the plurality of the Uu RBs. receiving, by the DeNB, a data flow control message from the RN, wherein the data flow control message includes an identifier of a terminal requiring a data flow control in the RN; and controlling, by the DeNB, a data flow after receiving the data flow control message, wherein the data flow is controlled by adjusting data flow of at least one radio bearer "RB" used by the identified terminal, and wherein the RN is placed between an Uu radio interface and an Un radio interface within an LTE-Advanced system, characterized in that: n the at least one RB is an Un RB over the Un radio interface between the RN and the DeNB, wherein a plurality of Uu RBs are established over the Uu radio interface between the terminal and the RN, and wherein at least one of the plurality of the Uu RBs is mapped to the Un RB based on Quality of Services "QoSs" associated with the plurality of the Uu RBs. n the at least one RB is an Un RB over the Un radio interface between the RN and the DeNB, wherein a plurality of Uu RBs are established over the Uu radio interface between the terminal and the RN, and wherein at least one of the plurality of the Uu RBs is mapped to the Un RB based on Quality of Services "QoSs" associated with the plurality of the Uu RBs.
A case for a battery, comprising: a thermal management component configured to adjust temperature of a battery cell accommodated in the case; a first wall provided with a through hole, the through hole being configured to communicate a gas inside and outside the case; and a heat conducting component attached to the thermal management component and the first wall, the heat conducting component being configured to conduct heat of the thermal management component to the first wall, so that the first wall condenses a gas flowing from the outside of the case to the inside of the case through the through hole, wherein the first wall comprises a first sub-wall and a second sub-wall, wherein a cavity is formed between the first sub-wall and the second sub-wall, the first sub-wall is an inner wall of the case, the second sub-wall is an outer wall of the case, the through hole is disposed on the first sub-wall, and the first wall is configured to condense a gas flowing into the cavity through the second sub-wall in the cavity. a thermal management component configured to adjust temperature of a battery cell accommodated in the case; a first wall provided with a through hole, the through hole being configured to communicate a gas inside and outside the case; and a heat conducting component attached to the thermal management component and the first wall, the heat conducting component being configured to conduct heat of the thermal management component to the first wall, so that the first wall condenses a gas flowing from the outside of the case to the inside of the case through the through hole, wherein the first wall comprises a first sub-wall and a second sub-wall, wherein a cavity is formed between the first sub-wall and the second sub-wall, the first sub-wall is an inner wall of the case, the second sub-wall is an outer wall of the case, the through hole is disposed on the first sub-wall, and the first wall is configured to condense a gas flowing into the cavity through the second sub-wall in the cavity.
Method of controlling load sharing operation of an engine of a generator set in an assembly of at least two generator sets coupled parallel to an electric grid, wherein method, - actual engine speed is determined or measured, and fuel feeding into the engine is controlled making use of the actual engine speed and a speed reference value, characterized in that - actual engine load is determined or measured, - a load reference value is determined based on the actual engine loads of the engines of the generator sets coupled to the electric grid, and - the speed reference value is determined such that the speed reference value is a sum of: ∘ a first part of the speed reference value obtained as a function of the actual engine load and the load reference value, and ∘ a second part of the speed reference value obtained by ▪ identifying transient state of the load reference value by defining a time derivative of the load reference value and ▪ amplifying the time derivative with a load gain. - actual engine speed is determined or measured, and fuel feeding into the engine is controlled making use of the actual engine speed and a speed reference value, characterized in that - actual engine load is determined or measured, - a load reference value is determined based on the actual engine loads of the engines of the generator sets coupled to the electric grid, and - the speed reference value is determined such that the speed reference value is a sum of: ∘ a first part of the speed reference value obtained as a function of the actual engine load and the load reference value, and ∘ a second part of the speed reference value obtained by ▪ identifying transient state of the load reference value by defining a time derivative of the load reference value and ▪ amplifying the time derivative with a load gain. ∘ a first part of the speed reference value obtained as a function of the actual engine load and the load reference value, and ∘ a second part of the speed reference value obtained by ▪ identifying transient state of the load reference value by defining a time derivative of the load reference value and ▪ amplifying the time derivative with a load gain. ▪ identifying transient state of the load reference value by defining a time derivative of the load reference value and ▪ amplifying the time derivative with a load gain.
A method of displaying data objects on a display of an apparatus comprising a processor, the method comprising: classifying by the processor a plurality of data objects into groups; displaying the data objects classified into groups arranged in a two-dimensional lattice structure; selecting, in each group, a representative data object among the data objects classified into the group according to a received input signal from a user; and whenever a zoom-out instruction is received, displaying the representative data object of each group distinctively from non-representative data objects in each group by reducing a display size of all displayed data objects within the group except for the representative data object. classifying by the processor a plurality of data objects into groups; displaying the data objects classified into groups arranged in a two-dimensional lattice structure; selecting, in each group, a representative data object among the data objects classified into the group according to a received input signal from a user; and whenever a zoom-out instruction is received, displaying the representative data object of each group distinctively from non-representative data objects in each group by reducing a display size of all displayed data objects within the group except for the representative data object.
A rotation preventing biopsy needle, comprising a needle tube assembly and a needle bar assembly, wherein the needle tube assembly comprises a needle tube and a needle tube handle, the needle bar assembly comprises a needle bar and a needle bar handle, a tail part of the needle tube is connected with the needle tube handle, and a tail part of the needle bar is connected with the needle bar handle, characterized in that: the needle tube handle is arranged with a first limiting device, the first limiting device comprising a limiting buckle; the needle bar handle is arranged with a second limiting device, the second limiting device comprising a guide groove configured to mate with the limiting buckle, one end of the guide groove with a smaller diameter is a limiting groove, whereby the limiting buckle is configured to be inserted into one end of the guide groove with a larger diameter in an initial stage, along with a rotation of the needle bar handle, whereby an outer side surface of the limiting buckle is configured to rotate along an inner side surface fitting the guide groove and is stressed to deform towards an inner side, the limiting buckle further configured such that when the limiting buckle completely enters the limiting groove, the limiting buckle recovers its shape and then is meshed to limit an axial rotation of the needle bar handle. the needle tube handle is arranged with a first limiting device, the first limiting device comprising a limiting buckle; the needle bar handle is arranged with a second limiting device, the second limiting device comprising a guide groove configured to mate with the limiting buckle, one end of the guide groove with a smaller diameter is a limiting groove, whereby the limiting buckle is configured to be inserted into one end of the guide groove with a larger diameter in an initial stage, along with a rotation of the needle bar handle, whereby an outer side surface of the limiting buckle is configured to rotate along an inner side surface fitting the guide groove and is stressed to deform towards an inner side, the limiting buckle further configured such that when the limiting buckle completely enters the limiting groove, the limiting buckle recovers its shape and then is meshed to limit an axial rotation of the needle bar handle.
Method for igniting very weak fuel/air admixtures by means of a positively ignited pre-chamber ignition device which is arranged in the main combustion chamber of an internal combustion engine and which is connected to the main ignition chamber by means of overflow channels which preferably extend tangentially, additional fuel being introduced into the pre-chamber in a valve-controlled manner, the additional fuel being gaseous and the supply of the additional fuel being carried out by means of a thin capillary-like supply channel with metering using a metering valve which is located with greater spacing relative to the ignition chamber, characterised in that the length L of the supply channel arranged in a supply channel carrier with respect to the diameter D of the supply channel, that is to say, L/D, is > 100.
Dough line, comprising: - at least one conveyor for transporting elongated dough pieces in a direction of conveyance, - curl-up means, arranged above the conveyor, for curling up a dough piece conveyed underneath the curl-up means into a cylindrical shape, and - a moulding unit for moulding the curled up dough piece thereby compressing the dough piece in an axial direction, wherein the curl-up means comprise a first and a second contact surface extending in the direction of conveyance, wherein: - the first contact surface is configured for exerting a force onto a leading edge of the dough piece with at least a component in a direction opposite to the direction of conveyance and subsequently curling up the dough piece over a part of its length, and - the second contact surface is configured for engaging the dough piece at an outer lateral surface of the part already curled up by the first contact surface substantially tangentially with respect to the direction of conveyance, wherein - an upstream end of the first contact surface is arranged at a right angle with the conveyor surface to first contact the leading edge of the dough piece, wherein - the contact surfaces are formed by at least one essentially flat, flexible part, such as a mat or a plate, and wherein - the second contact surface is supported by a supporting structure at a distance above the conveyor, such that the second contact surface stays clear of the uncurled part of the dough piece. - at least one conveyor for transporting elongated dough pieces in a direction of conveyance, - curl-up means, arranged above the conveyor, for curling up a dough piece conveyed underneath the curl-up means into a cylindrical shape, and - a moulding unit for moulding the curled up dough piece thereby compressing the dough piece in an axial direction, - the first contact surface is configured for exerting a force onto a leading edge of the dough piece with at least a component in a direction opposite to the direction of conveyance and subsequently curling up the dough piece over a part of its length, and - the second contact surface is configured for engaging the dough piece at an outer lateral surface of the part already curled up by the first contact surface substantially tangentially with respect to the direction of conveyance, - an upstream end of the first contact surface is arranged at a right angle with the conveyor surface to first contact the leading edge of the dough piece, wherein - the contact surfaces are formed by at least one essentially flat, flexible part, such as a mat or a plate, and wherein - the second contact surface is supported by a supporting structure at a distance above the conveyor, such that the second contact surface stays clear of the uncurled part of the dough piece.
A polymer derived from (a) at least 95 wt% of a fluorinated monomer of Formula: C n F (2n+1) (CH 2) z OC(=O)CR=CH 2 wherein n is an integer selected from 1 to 8, z is an integer selected from 1 to 20, and R is H or CH 3; and (b) at least 1 wt% of a monomer comprising a phosphonic moiety, and (c) at least 0.1 wt% of acrylic acid. (a) at least 95 wt% of a fluorinated monomer of Formula: C n F (2n+1) (CH 2) z OC(=O)CR=CH 2 wherein n is an integer selected from 1 to 8, z is an integer selected from 1 to 20, and R is H or CH 3; and (b) at least 1 wt% of a monomer comprising a phosphonic moiety, and (c) at least 0.1 wt% of acrylic acid.
A filtration treatment method for insolubilizing an inorganic ion contained in an inorganic unnecessary substance included in wastewater to form a microfloc, which is a suspended solid matter, in the wastewater including the inorganic unnecessary substance, and filtering the wastewater including the microfloc, the filtration treatment method comprising: adding a filtration aid, comprising: a powder of Corchorus olitorius, wherein a particle diameter of the powder is within a range of from 150 micrometers through 850 micrometers, and wherein the median diameter of the powder is 200 micrometers or greater, to the wastewater including the microfloc and then filtering the wastewater including the microfloc, wherein a polymeric flocculant is added together when adding the filtration aid. adding a filtration aid, comprising: a powder of Corchorus olitorius, wherein a particle diameter of the powder is within a range of from 150 micrometers through 850 micrometers, and wherein the median diameter of the powder is 200 micrometers or greater, to the wastewater including the microfloc and then filtering the wastewater including the microfloc, a powder of Corchorus olitorius, wherein a particle diameter of the powder is within a range of from 150 micrometers through 850 micrometers, and wherein the median diameter of the powder is 200 micrometers or greater, to the wastewater including the microfloc and then filtering the wastewater including the microfloc, wherein a polymeric flocculant is added together when adding the filtration aid.
A dispensing device for a dental substance, comprising: - a container for receiving the dental substance, the container having a dispensing end and a back end; - a piston movable in the container along an extrusion path for advancing the dental substance toward the dispensing end, - a catch extending laterally to the extrusion path and adapted to restrain the device against movement in a direction generally parallel to the extrusion path, - a resilient adapter, wherein the resilient adapter is resilient in a direction perpendicular to the extrusion path, wherein the resilient adapter is formed by a continuous or notched annular rim around the container, wherein the resilient adapter protrudes from the catch in a direction substantially parallel to the extrusion path, backwardly from the catch, and wherein the resilient adapter surrounds the container with a free space between. - a container for receiving the dental substance, the container having a dispensing end and a back end; - a piston movable in the container along an extrusion path for advancing the dental substance toward the dispensing end, - a catch extending laterally to the extrusion path and adapted to restrain the device against movement in a direction generally parallel to the extrusion path, - a resilient adapter, wherein the resilient adapter is resilient in a direction perpendicular to the extrusion path, wherein the resilient adapter is formed by a continuous or notched annular rim around the container, wherein the resilient adapter protrudes from the catch in a direction substantially parallel to the extrusion path, backwardly from the catch, and wherein the resilient adapter surrounds the container with a free space between.
A method of forming a shaped article, the method comprising: providing a pre-form comprising a steel alloy comprising chromium, molybdenum and vanadium; heat treating the pre-form to obtain a surface hardness of between 420 and 480 according to the Vickers hardness test; and subsequent to the heat treating step, flow forming the pre-form to form a shaped article. providing a pre-form comprising a steel alloy comprising chromium, molybdenum and vanadium; heat treating the pre-form to obtain a surface hardness of between 420 and 480 according to the Vickers hardness test; and subsequent to the heat treating step, flow forming the pre-form to form a shaped article.
Method for calibrating an apparatus for producing an object by means of additive manufacturing on a build surface of a build plate, the apparatus comprising: - a process chamber for receiving a bath of powdered material which can be solidified by exposure to electromagnetic radiation; - a support for positioning the object in relation to a surface level of the bath of material; - a solidifying device arranged for emitting a beam of electromagnetic radiation on the surface level for solidifying a selective part of said material, wherein the solidifying device comprises a focus member for adjusting a focus setting of said beam of electromagnetic radiation; wherein the method comprises the steps of: - providing a calibration system with a sensor unit; - controlling the solidifying device for making a first test pattern at a first focus setting; - controlling the solidifying device for making a second test pattern at a second focus setting; - using the calibration system for determining a first characteristic of the first test pattern obtained at the first focus settings, as well as a corresponding second characteristic of the second test pattern obtained at the second focus setting; and - determining a calibrated focus setting based on the first characteristic and the second characteristic; characterized in that the step of determining a calibrated focus setting comprises the step of fitting a function relating the characteristic values obtained to the focus settings used. - a process chamber for receiving a bath of powdered material which can be solidified by exposure to electromagnetic radiation; - a support for positioning the object in relation to a surface level of the bath of material; - a solidifying device arranged for emitting a beam of electromagnetic radiation on the surface level for solidifying a selective part of said material, wherein the solidifying device comprises a focus member for adjusting a focus setting of said beam of electromagnetic radiation; - providing a calibration system with a sensor unit; - controlling the solidifying device for making a first test pattern at a first focus setting; - controlling the solidifying device for making a second test pattern at a second focus setting; - using the calibration system for determining a first characteristic of the first test pattern obtained at the first focus settings, as well as a corresponding second characteristic of the second test pattern obtained at the second focus setting; and - determining a calibrated focus setting based on the first characteristic and the second characteristic;
An electrical protection system for direct current and medium voltage electrical circuit, comprising a voltage limiter system connected to a main branch extending between a first terminal and a second terminal, configured to generate a counter-voltage for a current flowing therethrough equal to more than a few per cent of a nominal current of the electrical circuit so as to reduce the intensity of the output current of the protection system and a main switching module coupled in parallel to the voltage limiter system, the main switching module being configured to switch between a first state (101, 201, 301) wherein the main switching module is on and a second state (104, 204, 304) wherein the main switching module forms a circuit breaker, the main switching module comprising means for monitoring and controlling the main switching module configured to position the main switching module in the second state (104, 204, 304) as soon as the current flowing in the first terminal reaches a high limit value by lower value and to switch the main switching module into the first state (101, 201, 301) as soon as the intensity of the current passing through the second terminal reaches a lower limit value by upper value and that the main switching module is in the second state (104, 204, 304), the system being characterised in that it further comprises a limitation branch coupled in parallel to the main switching module between the first terminal and the second terminal, said limitation branch comprising a resistive limitation module and a second auxiliary switching module coupled in series with the current limiting module and configured to be closed until the main switching module is in position in its second state, and comprises a first auxiliary switching module coupled in series with the voltage limiter system configured to be closed to enter the coupling position of the second auxiliary switching module according to the exceeding of a threshold by the current and a time elapsed since an instant initiated as soon as the current exceeds said threshold compared with a maximum admissible default time.
An oligonucleotide aptamer comprising at least one base-modified uridine nucleotide, the base-modified uridine nucleotide having the following structure: and Z = R plus (CH 2) n connecting group, where n=1, 2 or 3, and