mhurhangee/ep-ind-claims huggingface dataset:
A process for continuous tempering of chocolate mass, which flows with a variable flow rate along a given path and is subjected to thermal exchange in a first, a second and a third stage (17,18,19) arranged immediately one after the other, the process comprising the steps of: - cooling the chocolate starting from an input temperature, for forming a plurality of crystals in the chocolate, and - heating the chocolate after the cooling step for melting again a part of the crystals; characterized by adjusting the thermal exchange in at least one of said first, second and third stages (17,18,19) for varying at least one temperature of the chocolate flow in response to a variation in the chocolate flow rate. - cooling the chocolate starting from an input temperature, for forming a plurality of crystals in the chocolate, and - heating the chocolate after the cooling step for melting again a part of the crystals;
Loading crane comprising: - an articulated arm, comprising at least one first and one second bodies (103") successively connected in order to form an open kinematic chain, wherein the second body is translatingly or rotatably movable with respect to the first body; - a hydraulic circuit adapted to convey a working fluid for actuating the articulated arm, wherein said hydraulic circuit comprises a segment associated to one of the first and second bodies comprising: - at least one sliding rigid tube slidingly translatingly connected to the body to which the segment of the hydraulic circuit is associated; - at least one stationary tube integrally connected to the body to which the segment of the hydraulic circuit is associated; - a flexible tube fluidically interconnecting the sliding rigid tube and the stationary tube, and characterised in that said hydraulic circuit further comprises a further segment associated to the other of the first and second bodies (103") and a joining segment comprising at least one joining flexible tube fluidically interconnecting said further segment of the hydraulic circuit and said at least one sliding rigid tube, wherein said joining segment is arranged at the interface between the first body and the second body (103") where the relative movement thereof occurs. - an articulated arm, comprising at least one first and one second bodies (103") successively connected in order to form an open kinematic chain, wherein the second body is translatingly or rotatably movable with respect to the first body; - a hydraulic circuit adapted to convey a working fluid for actuating the articulated arm, - at least one sliding rigid tube slidingly translatingly connected to the body to which the segment of the hydraulic circuit is associated; - at least one stationary tube integrally connected to the body to which the segment of the hydraulic circuit is associated; - a flexible tube fluidically interconnecting the sliding rigid tube and the stationary tube, and characterised in that said hydraulic circuit further comprises a further segment associated to the other of the first and second bodies (103") and a joining segment comprising at least one joining flexible tube fluidically interconnecting said further segment of the hydraulic circuit and said at least one sliding rigid tube, wherein said joining segment is arranged at the interface between the first body and the second body (103") where the relative movement thereof occurs.
A pre-exit thrust reverser, comprising: an upper reverser door pivotally mounted to a frame and having an upper trailing edge; a lower reverser door pivotally mounted to the frame and having a lower trailing edge; and an exhaust duct fixedly mounted to the frame, wherein the upper trailing edge is configured to extend aft of the lower trailing edge when the pre-exit thrust reverser assumes a deployed state; and characterised in that the upper reverser door has an upper door length and the lower reverser door has a lower door length and wherein the upper door length is greater than the lower door length; and further comprising an upper pivot assembly pivotally connecting the upper reverser door to the frame and a lower pivot assembly pivotally connecting the lower reverser door to the frame, wherein the upper pivot assembly has a center of rotation positioned aft of a center of rotation of the lower pivot assembly. an upper reverser door pivotally mounted to a frame and having an upper trailing edge; a lower reverser door pivotally mounted to the frame and having a lower trailing edge; and an exhaust duct fixedly mounted to the frame, wherein the upper trailing edge is configured to extend aft of the lower trailing edge when the pre-exit thrust reverser assumes a deployed state; and characterised in that the upper reverser door has an upper door length and the lower reverser door has a lower door length and wherein the upper door length is greater than the lower door length; and further comprising an upper pivot assembly pivotally connecting the upper reverser door to the frame and a lower pivot assembly pivotally connecting the lower reverser door to the frame, wherein the upper pivot assembly has a center of rotation positioned aft of a center of rotation of the lower pivot assembly.
Hatching method, designed to hatch eggs in at least one tray, comprising: - arranging eggs in a pattern in or on the tray, comprising egg supporting positions and holes, wherein the holes are dimensioned to allow chicks after hatching to pass there through into a crate; - allowing a predetermined time for the chicks to hatch; and - processing chicks in the crate, CHARACTERISED IN THAT processing chicks in the tray comprises: - detecting, after lapse of the predetermined time, at least one of the parameters from a group, comprising: numbers of unhatched eggs in or on the tray; numbers of dead chicks in the crate; and numbers of objectionable chicks in the crate, and - supplementing or removing chicks in or from the crate based on any one or more than one of the detected numbers in comparison with a predetermined desired number of chicks in the crate, corresponding with a number of chicks arranged in the crate for transport. - arranging eggs in a pattern in or on the tray, comprising egg supporting positions and holes, wherein the holes are dimensioned to allow chicks after hatching to pass there through into a crate; - allowing a predetermined time for the chicks to hatch; and - processing chicks in the crate, CHARACTERISED IN THAT processing chicks in the tray comprises: - detecting, after lapse of the predetermined time, at least one of the parameters from a group, comprising: numbers of unhatched eggs in or on the tray; numbers of dead chicks in the crate; and numbers of objectionable chicks in the crate, and - supplementing or removing chicks in or from the crate based on any one or more than one of the detected numbers in comparison with a predetermined desired number of chicks in the crate, corresponding with a number of chicks arranged in the crate for transport.
An apparatus for a communication device, the apparatus comprising at least one processor, and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to at least: determine a cell reselection from an old cell to a selected cell at the communication device in an intermediate radio resource control state where the communication device is inactive but connected to a radio access system; subsequent to the determining, initiate communication of security credential information of the old cell with the selected cell of the radio access system while the communication device is in the intermediate radio resource control state; communicate with the selected cell based on a security configuration according to the security credential information; perform a deferred security credential update after the determining of the cell reselection; wait, after the determination of the cell reselection, until there is uplink data to be transmitted to the selected cell, and then: signal an indication to the selected cell that an existing security configuration with an old cell is to be used and use the existing security configuration for securing communications with the selected cell, receive security update information from the selected cell, and update the security configuration accordingly. determine a cell reselection from an old cell to a selected cell at the communication device in an intermediate radio resource control state where the communication device is inactive but connected to a radio access system; subsequent to the determining, initiate communication of security credential information of the old cell with the selected cell of the radio access system while the communication device is in the intermediate radio resource control state; communicate with the selected cell based on a security configuration according to the security credential information; perform a deferred security credential update after the determining of the cell reselection; wait, after the determination of the cell reselection, until there is uplink data to be transmitted to the selected cell, and then: signal an indication to the selected cell that an existing security configuration with an old cell is to be used and use the existing security configuration for securing communications with the selected cell, receive security update information from the selected cell, and update the security configuration accordingly. signal an indication to the selected cell that an existing security configuration with an old cell is to be used and use the existing security configuration for securing communications with the selected cell, receive security update information from the selected cell, and update the security configuration accordingly.
Method for producing a sheet of composite material, the method comprising an extrusion step of a thermoplastic material at an extrusion temperature (T e), followed by a calendaring step of a plate of cast polymethyl methacrylate and of the thermoplastic material by a calendaring machine, characterized in that the method comprises a projection step of a polyurethane foam onto the extruded thermoplastic material.
A method for adapting intra-prediction smoothing processing for decoding of video or image data, wherein the method comprises: obtaining a first control parameter in a Sequence parameter set, SPS, level wherein a first value of the first control parameter in the SPS level indicates that smoothing is not applied for any block of a sequence, a second value of the first control parameter in the SPS level indicates that smoothing is applied for each block of the sequence, and characterized in that the method further comprises: when the value of the first control parameter in the SPS level is equal to a predefined value different from the first value of the first control parameter and the second value of the first control parameter, obtaining a second control parameter in a slice header, wherein a first value of the second control parameter in the slice header indicates that smoothing is applied for each block of the slice. obtaining a first control parameter in a Sequence parameter set, SPS, level wherein a first value of the first control parameter in the SPS level indicates that smoothing is not applied for any block of a sequence, a second value of the first control parameter in the SPS level indicates that smoothing is applied for each block of the sequence, and characterized in that the method further comprises: when the value of the first control parameter in the SPS level is equal to a predefined value different from the first value of the first control parameter and the second value of the first control parameter, obtaining a second control parameter in a slice header, wherein a first value of the second control parameter in the slice header indicates that smoothing is applied for each block of the slice.
A wireless charging device, comprising: a body case whose top surface is provided with a placement plate; plural position detection coils that are provided in the placement plate and detect a position of a portable terminal which is put on a top surface of the placement plate; a charging coil which is disposed movably in the body case so as to be opposed to a bottom surface of the placement plate; a driver adapted to move the charging coil in a state that the charging coil is kept opposed to the bottom surface of the placement plate; and a controller that is connected to the driver and the charging coil, characterized in that in response to the completion of charging of the portable terminal by the charging coil, the controller provides means to move by using the driver, the charging coil to a position where a center of the charging coil deviates from respective centers of the plural position detection coils and the center of the charging coil is located inside plural position detection coils. a body case whose top surface is provided with a placement plate; plural position detection coils that are provided in the placement plate and detect a position of a portable terminal which is put on a top surface of the placement plate; a charging coil which is disposed movably in the body case so as to be opposed to a bottom surface of the placement plate; a driver adapted to move the charging coil in a state that the charging coil is kept opposed to the bottom surface of the placement plate; and a controller that is connected to the driver and the charging coil, characterized in that in response to the completion of charging of the portable terminal by the charging coil, the controller provides means to move by using the driver, the charging coil to a position where a center of the charging coil deviates from respective centers of the plural position detection coils and the center of the charging coil is located inside plural position detection coils.
A method for compressing an acid gas mixture, said method comprising: (a) compressing a gas mixture comprising hydrogen sulfide and carbon dioxide to provide a compressed gas mixture at a first pressure in a range from about 5 bar to about 20 bar, said compressed gas mixture comprising from about 10 to about 95 percent by volume hydrogen sulfide and from about 90 to about 5 percent carbon dioxide, said hydrogen sulfide and said carbon dioxide together being present in an amount corresponding to from about 90 to about 100 percent by weight of a total weight of the compressed gas mixture, said compressing being carried out in a first compressor, said first compressor being coupled to a pressure vessel configured to receive the compressed gas mixture; (b) cooling the compressed gas mixture formed in step (a) to a temperature in a range from about 20°C to about 50°C to provide a cooled compressed gas mixture; and (c) contacting only a portion of the cooled compressed gas mixture with a first electric motor, said first electric motor being housed within the pressure vessel, said first electric motor being mechanically coupled to the first compressor; and directing the remaining cooled compressed gas to a location within the pressure vessel downstream of the first electric motor and reuniting it at this location with cooled compressed gas having contacted the first electric motor. (a) compressing a gas mixture comprising hydrogen sulfide and carbon dioxide to provide a compressed gas mixture at a first pressure in a range from about 5 bar to about 20 bar, said compressed gas mixture comprising from about 10 to about 95 percent by volume hydrogen sulfide and from about 90 to about 5 percent carbon dioxide, said hydrogen sulfide and said carbon dioxide together being present in an amount corresponding to from about 90 to about 100 percent by weight of a total weight of the compressed gas mixture, said compressing being carried out in a first compressor, said first compressor being coupled to a pressure vessel configured to receive the compressed gas mixture; (b) cooling the compressed gas mixture formed in step (a) to a temperature in a range from about 20°C to about 50°C to provide a cooled compressed gas mixture; and (c) contacting only a portion of the cooled compressed gas mixture with a first electric motor, said first electric motor being housed within the pressure vessel, said first electric motor being mechanically coupled to the first compressor; and directing the remaining cooled compressed gas to a location within the pressure vessel downstream of the first electric motor and reuniting it at this location with cooled compressed gas having contacted the first electric motor.
A luggage case, comprising: opposing sidewalls forming minor faces (105, 106), opposing sidewalls forming major faces (101, 102), and opposing end walls (103, 104) together forming an article defining an enclosed space including a lid and a base, said lid and base defining a line of separation; said line of separation formed in said minor faces (105, 106) and end walls along which said article separates; a first portion of the line of separation extending linearly along a first portion of opposing minor faces (105, 106) at a location proximate one of said opposing major faces (101, 102), the line of separation also extending linearly along corresponding one of said opposing end walls (103, 104) positioned therebetween; wherein said first linear portion of the line of separation extends along the majority of the height of the case; a second portion of the line of separation extending along a second portion of said opposing minor faces (105, 106) in a direction away from said one of said opposing major faces (101, 102) and towards the other of said opposing major faces (101, 102); the first portion of the line of separation and the second portion of the line of separation extending in two different directions; and at least one support element operably associated with said other of said opposing end walls (103, 104); wherein the second portion defines a deeper depth of the lid than defined by the first portion and the interior volume of the lid is substantially less than the interior volume of the base. opposing sidewalls forming minor faces (105, 106), opposing sidewalls forming major faces (101, 102), and opposing end walls (103, 104) together forming an article defining an enclosed space including a lid and a base, said lid and base defining a line of separation; said line of separation formed in said minor faces (105, 106) and end walls along which said article separates; a first portion of the line of separation extending linearly along a first portion of opposing minor faces (105, 106) at a location proximate one of said opposing major faces (101, 102), the line of separation also extending linearly along corresponding one of said opposing end walls (103, 104) positioned therebetween; wherein said first linear portion of the line of separation extends along the majority of the height of the case; a second portion of the line of separation extending along a second portion of said opposing minor faces (105, 106) in a direction away from said one of said opposing major faces (101, 102) and towards the other of said opposing major faces (101, 102); the first portion of the line of separation and the second portion of the line of separation extending in two different directions; and at least one support element operably associated with said other of said opposing end walls (103, 104); wherein the second portion defines a deeper depth of the lid than defined by the first portion and the interior volume of the lid is substantially less than the interior volume of the base.
Use of an amino group-containing phosphate ester comprising both an amino group and a phosphate group, wherein the amino group-containing phosphate ester is selected from the group consisting of tris-(2-diethylamino-ethyl)phosphate, tris-(2-dimethylamino-ethyl)phosphate, tridimethylaminomethyl phosphate, tridiethylaminomethyl phosphate, bis-(2-dimethylamino-ethyl)methyl-phosphate, bis-(2-diethylamino-ethyl)methyl-phosphonate, di-diethylaminomethylmethyl-phosphate, triethylamino phosphate, di-ethylamino methylamino phosphate, dimethylamino ethylamino phosphate, diethylaminomethyl dimethyl phosphate, 2-diethylamino-ethyldimethyl phosphate, and 2-dimethylamino-ethyl-dimethyl phosphate as a flame retardant.
A method performed at a call controller, the method comprising: creating a profile for a network device and associating the created profile with a Personal Identification Number, PIN, locally stored at the call controller; comparing a submitted PIN included in a received message to the locally stored PIN; identifying a manufacturer installed certificate located in the received message upon determining that the submitted PIN corresponds to the locally stored PIN; extracting a Media Access Control, MAC, address for the network device from the manufacturer installed certificate included in the received message; updating the created profile with the MAC address; and providing the updated profile to the network device. creating a profile for a network device and associating the created profile with a Personal Identification Number, PIN, locally stored at the call controller; comparing a submitted PIN included in a received message to the locally stored PIN; identifying a manufacturer installed certificate located in the received message upon determining that the submitted PIN corresponds to the locally stored PIN; extracting a Media Access Control, MAC, address for the network device from the manufacturer installed certificate included in the received message; updating the created profile with the MAC address; and providing the updated profile to the network device.
An impact tool comprising: a motor; a control unit configured to perform vector control on the motor; an output shaft configured to be coupled to a tip tool; a transmission mechanism including an impact mechanism and configured to transmit motive power of the motor to the output shaft, the impact mechanism being configured to perform an impact operation of applying impacting force to the output shaft according to magnitude of torque applied to the output shaft; and an impact detection unit configured to determine, based on at least one of an excitation current to be supplied to the motor or a torque current to be supplied to the motor, whether or not the impact operation is being performed, the control unit being configured to place a limit on an increase in a number of revolutions of the motor before the impact detection unit detects the impact operation and remove the limit on the increase in the number of revolutions of the motor when the impact detection unit detects the impact operation. a motor; a control unit configured to perform vector control on the motor; an output shaft configured to be coupled to a tip tool; a transmission mechanism including an impact mechanism and configured to transmit motive power of the motor to the output shaft, the impact mechanism being configured to perform an impact operation of applying impacting force to the output shaft according to magnitude of torque applied to the output shaft; and an impact detection unit configured to determine, based on at least one of an excitation current to be supplied to the motor or a torque current to be supplied to the motor, whether or not the impact operation is being performed, the control unit being configured to place a limit on an increase in a number of revolutions of the motor before the impact detection unit detects the impact operation and remove the limit on the increase in the number of revolutions of the motor when the impact detection unit detects the impact operation.