mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for controlling a vane , the apparatus comprising: an actuator ; a vane control rod ; a guide pin disposed on the vane control rod; a sleeve disposed about the vane control rod; at least one sleeve track disposed along an extent of the sleeve; and a spring disposed within the sleeve; characterised in that the actuator applies a first force on the vane control rod and the spring provides a second force on the vane control rod opposite the actuator force; wherein the guide pin couples the vane control rod and the sleeve; and wherein the actuator linearly moves the vane control rod through the sleeve in order to manipulate a position of the vane. an actuator ; a vane control rod ; a guide pin disposed on the vane control rod; a sleeve disposed about the vane control rod; at least one sleeve track disposed along an extent of the sleeve; and a spring disposed within the sleeve; characterised in that the actuator applies a first force on the vane control rod and the spring provides a second force on the vane control rod opposite the actuator force; wherein the guide pin couples the vane control rod and the sleeve; and wherein the actuator linearly moves the vane control rod through the sleeve in order to manipulate a position of the vane.
Method for setting up a second communication according to a second modality on the basis of a first communication set up, according to a first modality, between a communication terminal and an interactive server, the interactive server being able to react, according to a predefined logic, to received commands originating from the terminal, the logic being predefined by a set of states and by conditions of transitions between said states, the method comprising the following steps carried out by the server: - obtainment of a command to set up a second communication according to a second modality, - storage of a context representative of the interactions that have taken place between the terminal and the interactive server in the course of the first communication and of a public identity, the stored context comprising at least one state history containing the states successively occupied by the interactive server in the course of the first communication, - set-up of a second communication according to a second modality with a recipient terminal designated by the stored public identity, and - configuration of the second communication by transmission, to the recipient terminal, via the second communication and in a form suitable for the second modality, of at least one portion of the stored context. - obtainment of a command to set up a second communication according to a second modality, - storage of a context representative of the interactions that have taken place between the terminal and the interactive server in the course of the first communication and of a public identity, the stored context comprising at least one state history containing the states successively occupied by the interactive server in the course of the first communication, - set-up of a second communication according to a second modality with a recipient terminal designated by the stored public identity, and - configuration of the second communication by transmission, to the recipient terminal, via the second communication and in a form suitable for the second modality, of at least one portion of the stored context.
An immersion probe (1, 1', 1") for use in a converter steelmaking process, comprising: a tube (3, 3', 3") having a mounting portion for mounting the tube (3, 3', 3") to a lance (11', 11"), wherein the mounting portion is adapted to couple to a coupling tap (13', 13") on an immersion end of the lance (11', 11"); and two elastic ring seals (7a, 7a', 7a", 7b. 7b', 7b"), wherein the two elastic ring seals (7a, 7a', 7a", 7b. 7b', 7b") are arranged around the mounting portion of the tube (3, 3', 3"), wherein the two elastic ring seals (7a, 7a', 7a", 7b. 7b', 7b") are arranged circumferentially on top of each other for sealing a space between the coupling tap (13', 13") and the end portion of the immersion probe (1, 1', 1"), and wherein the outer circumference of an inner elastic ring seal which is in direct contact with the tube is at least partly in contact with the inner circumference of an outer elastic ring seal so that the outer elastic ring is configured to at least partly cover the inner elastic ring. wherein the mounting portion is adapted to couple to a coupling tap (13', 13") on an immersion end of the lance (11', 11"); and two elastic ring seals (7a, 7a', 7a", 7b. 7b', 7b"), wherein the two elastic ring seals (7a, 7a', 7a", 7b. 7b', 7b") are arranged around the mounting portion of the tube (3, 3', 3"), wherein the two elastic ring seals (7a, 7a', 7a", 7b. 7b', 7b") are arranged circumferentially on top of each other for sealing a space between the coupling tap (13', 13") and the end portion of the immersion probe (1, 1', 1"), and wherein the outer circumference of an inner elastic ring seal which is in direct contact with the tube is at least partly in contact with the inner circumference of an outer elastic ring seal so that the outer elastic ring is configured to at least partly cover the inner elastic ring.
A surgical implant system, comprising: an implant inserter device having a handle and a shaft extending distally from the handle , the handle having a slot formed therein and configured to receive a suture management card , and the shaft having a distal end configured to engage a surgical implant; a suture having a collapsible loop defined by a sliding knot and first and second free limbs extending on a side of the sliding knot opposite the collapsible loop ; and a suture management card having a first end comprising first and second prongs configured to hold open the collapsible loop until a force applied to the loop is greater than a threshold tension, the suture management card further comprising a second end and first and second sidewalls extending between the first and second ends , the suture management card being configured to be selectively inserted in and removed from the slot of the handle , wherein the suture management card is configured such that when it is removed from the slot of the handle , the first and second free limbs of the suture are accessible and capable of being disposed through an opening of the collapsible loop held open by the suture management card to apply a force thereto. an implant inserter device having a handle and a shaft extending distally from the handle , the handle having a slot formed therein and configured to receive a suture management card , and the shaft having a distal end configured to engage a surgical implant; a suture having a collapsible loop defined by a sliding knot and first and second free limbs extending on a side of the sliding knot opposite the collapsible loop ; and a suture management card having a first end comprising first and second prongs configured to hold open the collapsible loop until a force applied to the loop is greater than a threshold tension, the suture management card further comprising a second end and first and second sidewalls extending between the first and second ends , the suture management card being configured to be selectively inserted in and removed from the slot of the handle , wherein the suture management card is configured such that when it is removed from the slot of the handle , the first and second free limbs of the suture are accessible and capable of being disposed through an opening of the collapsible loop held open by the suture management card to apply a force thereto.
A process for the synthesis of a monohalogenated telomer molecule having the formula X-[C(A) 2 C(B)(B')] n -CY=C(Z)(Z'), the process comprising: a) reacting a taxogen of the formula C(A) 2 =C(B)(B'), wherein A is either H or F; and B and B' are either H, F, or Cl, and are not necessarily the same, with a halogenated telogen of the formula X-C(Y)(Y')C(Z)(Z')-X', in the presence of one or more free radical initiators, wherein X and X' are Br, Cl or I (and are not necessarily the same); Y and Y' are F, Br, Cl or I (and are not necessarily the same); and Z and Z' are F, Br, Cl or I (and are not necessarily the same); thereby forming a dihalogenated telomer of the formula: X-[C(A) 2 C(B)(B')] n - [C(Y)(Y')C(Z)(Z')]-X' wherein n is at least 1 and b) dehalogenating the dihalogenated telomer to form the monohalogenated telomer molecule having the formula X-[C(A) 2 C(B)(B')] n -CY=C(Z)(Z'). a) reacting a taxogen of the formula C(A) 2 =C(B)(B'), wherein A is either H or F; and B and B' are either H, F, or Cl, and are not necessarily the same, with a halogenated telogen of the formula X-C(Y)(Y')C(Z)(Z')-X', in the presence of one or more free radical initiators, wherein X and X' are Br, Cl or I (and are not necessarily the same); Y and Y' are F, Br, Cl or I (and are not necessarily the same); and Z and Z' are F, Br, Cl or I (and are not necessarily the same); thereby forming a dihalogenated telomer of the formula: X-[C(A) 2 C(B)(B')] n - [C(Y)(Y')C(Z)(Z')]-X' wherein n is at least 1 and b) dehalogenating the dihalogenated telomer to form the monohalogenated telomer molecule having the formula X-[C(A) 2 C(B)(B')] n -CY=C(Z)(Z').
An apparatus, comprising: a collector to: collect first constituent media signatures from a first media device that identify a first portion of media , wherein the first constituent media signatures form a stream of the first constituent media signatures; and collect second constituent media signatures from a second media device that identify a second portion of the media ; an event detector to detect an event associated with a portion of the first constituent media signatures, the event corresponding to at least one of a pause event, a stop event, a skip event, a fast-forward event, or a rewind event; a stream editor to discard the portion of the first constituent media signatures corresponding to the detected event; and a synthesizer to combine, after the portion of the first constituent media signatures is discarded, one or more remaining ones of the first constituent media signatures from the first media device and one or more of the second constituent media signatures from the second media device to form a reference media signature sequence that represents the media ; wherein the apparatus further comprises a timestamp editor to modify a timestamp of a second one of the first constituent media signatures to compensate for a first one of the first constituent media signatures being discarded. a collector to: collect first constituent media signatures from a first media device that identify a first portion of media , wherein the first constituent media signatures form a stream of the first constituent media signatures; and collect second constituent media signatures from a second media device that identify a second portion of the media ; collect first constituent media signatures from a first media device that identify a first portion of media , wherein the first constituent media signatures form a stream of the first constituent media signatures; and collect second constituent media signatures from a second media device that identify a second portion of the media ; an event detector to detect an event associated with a portion of the first constituent media signatures, the event corresponding to at least one of a pause event, a stop event, a skip event, a fast-forward event, or a rewind event; a stream editor to discard the portion of the first constituent media signatures corresponding to the detected event; and a synthesizer to combine, after the portion of the first constituent media signatures is discarded, one or more remaining ones of the first constituent media signatures from the first media device and one or more of the second constituent media signatures from the second media device to form a reference media signature sequence that represents the media ; wherein the apparatus further comprises a timestamp editor to modify a timestamp of a second one of the first constituent media signatures to compensate for a first one of the first constituent media signatures being discarded.
A virtual road surface implementation-type bicycle simulator comprising: a rear wheel support portion that supports a rear wheel of a mounted bicycle and rotates together with rotation of the rear wheel ; and a road surface implementation portion including a plurality of uneven portions that perform an operation of protruding at various heights on an outer peripheral surface of the rear wheel support portion in contact with the rear wheel , wherein various road surface states which are virtually set are provided to a rider (R) riding the bicycle . a rear wheel support portion that supports a rear wheel of a mounted bicycle and rotates together with rotation of the rear wheel ; and a road surface implementation portion including a plurality of uneven portions that perform an operation of protruding at various heights on an outer peripheral surface of the rear wheel support portion in contact with the rear wheel , wherein various road surface states which are virtually set are provided to a rider (R) riding the bicycle .
Method for transmitting and checking the validity of configuration data in an electronic system with centralized storage of the configuration data, the electronic system comprising a plurality of electronic boards (12A, ..., 12N) able to implement the operation of the electronic system using configuration data specific to each of these boards (12A, ..., 12N) and a centralized storage module able to centrally store the configuration data for the set of electronic boards (12A, ..., 12N), each electronic board (12A, ..., 12N) comprising an internal memory designed to store a signature variable and configuration variables; the method comprising the following steps: - generation of an elementary signature (SE) for each of the electronic boards (12A, ..., 12N) from the configuration data stored in the centralized storage module ; - transmission to each electronic board (12A, ..., 12N) of the elementary signature (SE) specific to this board (12A, ..., 12N); - calculation by each electronic board (12A, ..., 12N) of the signature variable according to the configuration variables stored in the internal memory of the electronic board (12A, ..., 12N); - checking by each electronic board (12A, ..., 12N) of the validity of the configuration variables stored in the internal memory of the board (12A, ..., 12N) using the received elementary signature (SE) and the signature variable; and the method comprising the following step implemented for each electronic board (12A, ..., 12N), for which, during the step of checking the validity of the configuration variables, the configuration variables are considered invalid: - retrieving the configuration data specific to this board (12A, ..., 12N) and modifying the configuration variables starting from the retrieved configuration data. - generation of an elementary signature (SE) for each of the electronic boards (12A, ..., 12N) from the configuration data stored in the centralized storage module ; - transmission to each electronic board (12A, ..., 12N) of the elementary signature (SE) specific to this board (12A, ..., 12N); - calculation by each electronic board (12A, ..., 12N) of the signature variable according to the configuration variables stored in the internal memory of the electronic board (12A, ..., 12N); - checking by each electronic board (12A, ..., 12N) of the validity of the configuration variables stored in the internal memory of the board (12A, ..., 12N) using the received elementary signature (SE) and the signature variable; and - retrieving the configuration data specific to this board (12A, ..., 12N) and modifying the configuration variables starting from the retrieved configuration data.
A method of wireless communication, said method comprising: generating a packet comprising a preamble and a payload , wherein said generating comprises: determining a data length of said payload; responsive to a determination that said data length is greater than a first limit, setting a first field in said preamble to either a first or a second value to indicate, respectively, the presence or absence of a Doppler mode mid-amble in said packet and, wherein when setting of the first field to the first value, the method further comprises inserting said Doppler mode mid-amble in said payload, wherein said Doppler mode mid-amble comprises a training symbol for channel estimation of a wireless channel by a device that receives said packet; and responsive to a determination that said data length is smaller than said first limit, setting said first field in said preamble to indicate whether said wireless channel is time-variant; and transmitting said packet using said wireless channel. generating a packet comprising a preamble and a payload , wherein said generating comprises: determining a data length of said payload; responsive to a determination that said data length is greater than a first limit, setting a first field in said preamble to either a first or a second value to indicate, respectively, the presence or absence of a Doppler mode mid-amble in said packet and, wherein when setting of the first field to the first value, the method further comprises inserting said Doppler mode mid-amble in said payload, wherein said Doppler mode mid-amble comprises a training symbol for channel estimation of a wireless channel by a device that receives said packet; and responsive to a determination that said data length is smaller than said first limit, setting said first field in said preamble to indicate whether said wireless channel is time-variant; and determining a data length of said payload; responsive to a determination that said data length is greater than a first limit, setting a first field in said preamble to either a first or a second value to indicate, respectively, the presence or absence of a Doppler mode mid-amble in said packet and, wherein when setting of the first field to the first value, the method further comprises inserting said Doppler mode mid-amble in said payload, wherein said Doppler mode mid-amble comprises a training symbol for channel estimation of a wireless channel by a device that receives said packet; and responsive to a determination that said data length is smaller than said first limit, setting said first field in said preamble to indicate whether said wireless channel is time-variant; and transmitting said packet using said wireless channel.
Arrangement for holding a mobile terminal in or on a vehicle , having a holding bracket which has a receiving portion for the said mobile terminal , wherein the receiving portion has, starting from a vertical, a support surface , which is arranged inclined in relation to the said receiving portion and against which the mobile terminal bears by way of a rear wall during arrangement of the said mobile terminal as intended in the receiving portion , and also has a base which delimits the receiving portion at the bottom and supports the mobile terminal at the bottom, characterized in that , as a result of compulsory arrangement of the holding bracket in the vehicle and the said arrangement of the mobile terminal in the holding bracket as intended, a front side , having an operator control and/or display area , of the mobile terminal is arranged inclined such that no viewing condition between a light beam emanating from the operator control and/or display area and a line of view of a vehicle driver is geometrically satisfied.
Combination comprising a sensor apparatus for contactlessly detecting a rotatable object , in particular for detecting a rotation speed of a compressor wheel of a turbocharger , and an apparatus which comprises the rotatable object , wherein the sensor apparatus comprises a sensor housing , wherein the sensor apparatus further comprises at least one magnetic field generator for generating a magnetic field at the site of the rotatable object and at least one magnetic field sensor for detecting a magnetic field which is generated by eddy currents of the rotatable object , wherein the magnetic field generator and the magnetic field sensor are at least partially jointly arranged in a sensor section of the sensor housing , wherein the sensor apparatus further has at least one connecting element , wherein the connecting element is designed in order to connect the sensor apparatus to the apparatus which comprises the rotatable object , in particular to a turbocharger , in such a way that the sensor housing is spaced apart from the apparatus which comprises the rotatable object at least in sections, and wherein the sensor section can be inserted into a receptacle in a wall of the apparatus , characterized in that , in the inserted state, there is a coaxial gap between the wall of the apparatus and the sensor section at least in sections for thermal decoupling purposes.
Automatic packing device for packing cushioning element(s) in a carton (C), which is to be mounted along a conveyor directed along a longitudinal axis (Y, Y'), said packing device comprising a robotic cell and a storage zone, said robotic cell comprising at least one means for gripping a cushioning element , the storage zone comprising at least one magazine , the device being characterised in that the magazine comprises at least one cassette which is movable along a transverse axis (X, X') from a loading position opposite a distributor of cushioning elements to an unloading position opposite the means for gripping a cushioning element , and the packing device comprises means for determining the dimensions of a carton and an automaton which is configured to determine, according to the size of the carton (C), a number and a type of cushioning elements to be introduced into the carton (C), and to introduce said cushioning elements into the carton (C).