mhurhangee/ep-ind-claims huggingface dataset:
Process for producing polycrystalline silicon, comprising introduction of a reaction gas comprising a silicon-containing component and hydrogen into a reactor containing at least one heated filament rod on which polycrystalline silicon is deposited, said reactor comprising at least one tubular sightglass secured to an orifice in the reactor wall by a reactor end and having a glass surface at the other end, with supply of a purge gas through holes (4, 5) arranged in rows of holes (n, k) in the sightglass tube during the deposition, characterized in that one purge gas stream M1 runs at an axial separation S1_n from the glass surface of the sightglass and essentially parallel to the glass surface where a ratio D/S1_n between a tube diameter D and the axial separation S1_n of a row of holes (n), comprising holes that run parallel to the glass surface, of the glass surface is greater than 1 and less than 40 and where, spaced apart from the purge gas stream M1 in the direction of the reactor end of the sightglass, at least one further purge gas stream M2 runs at an angle in the direction of the reactor end of the sightglass.
A method of enhancing continuous packet connectivity, abbreviated to CPC, for a user equipment, called UE hereinafter, in a wireless communications system, the method comprising: activating a HS-SCCH less operation when a CPC_HS_SCCH_LESS_STATUS variable is set to TRUE; and re-determining the CPC_HS_SCCH_LESS_STATUS variable and performing the following actions after a suitable Universal Terrestrial Radio Access, called UTRA hereinafter, cell is selected during a cell update procedure: stopping all related activities of the HS-SCCH less operation, setting the CPC_HS_SCCH_LESS_STATUS variable to be "FALSE" if the CPC_HS_SCCH_LESS_STATUS variable is originally set to be "TRUE", and clearing a CPC_HS_SCCH_LESS_PARAMS variable corresponding to the HS-SCCH less operation; wherein the HS-SCCH less operation is used for a control channel corresponding to a hybrid automatic repeat request, known as HARQ, process, in which no control signals corresponding to the first transmission of the HARQ process are transmitted on the control channel. activating a HS-SCCH less operation when a CPC_HS_SCCH_LESS_STATUS variable is set to TRUE; and re-determining the CPC_HS_SCCH_LESS_STATUS variable and performing the following actions after a suitable Universal Terrestrial Radio Access, called UTRA hereinafter, cell is selected during a cell update procedure: stopping all related activities of the HS-SCCH less operation, setting the CPC_HS_SCCH_LESS_STATUS variable to be "FALSE" if the CPC_HS_SCCH_LESS_STATUS variable is originally set to be "TRUE", and clearing a CPC_HS_SCCH_LESS_PARAMS variable corresponding to the HS-SCCH less operation; stopping all related activities of the HS-SCCH less operation, setting the CPC_HS_SCCH_LESS_STATUS variable to be "FALSE" if the CPC_HS_SCCH_LESS_STATUS variable is originally set to be "TRUE", and clearing a CPC_HS_SCCH_LESS_PARAMS variable corresponding to the HS-SCCH less operation; wherein the HS-SCCH less operation is used for a control channel corresponding to a hybrid automatic repeat request, known as HARQ, process, in which no control signals corresponding to the first transmission of the HARQ process are transmitted on the control channel.
A method of wireless communication performed by a transmitter device, comprising: performing, at a first time during a positioning session, a clear channel assessment, CCA, procedure on each of a plurality of subbands in a shared spectrum frequency range; transmitting, at a second time during the positioning session, positioning reference signals on a subset of subbands of the plurality of subbands that cleared the CCA procedure; and transmitting, to a positioning entity, one or more reports including identifiers of each subband in the subset of subbands that cleared the CCA procedure. performing, at a first time during a positioning session, a clear channel assessment, CCA, procedure on each of a plurality of subbands in a shared spectrum frequency range; transmitting, at a second time during the positioning session, positioning reference signals on a subset of subbands of the plurality of subbands that cleared the CCA procedure; and transmitting, to a positioning entity, one or more reports including identifiers of each subband in the subset of subbands that cleared the CCA procedure.
Cooking hob having a plurality of inductors (14, 14b) arranged below a cooking zone (12, 12b), having a pan detection system (16, 16b) for detecting one or a number of cookware elements (18, 18b) positioned on the cooking zone (12, 12b) and having a control unit (20, 20b) for actuating the inductors (14, 14b), wherein the control unit is provided to combine the inductors (14, 14b) covered by the cookware elements (18, 18b) to form at least one heating zone configuration (22, 22b), characterised in that, the control unit is provided to output at least two alternatively selectable heating zone configurations (22, 22b) in at least one operating state, wherein the heating zone configurations have at least one heating zone for heating the at least one positioned cookware element and a number of heating zones is less than or equal to a number of cookware elements positioned on the cooking zone.
A dental flask comprising - a cavity defined by side walls of said flask and apt to receive a three-dimensional reproduction of dental cast and to be filled with a polymerizable material, - locking means of said reproduction inside said cavity; characterized in that said locking means comprise: - only two screws apt to engage two corresponding threads of the flask each made on opposite sides with respect to a sagittal plane of said flask and in such a manner as to both protrude inside said cavity of an adjustable length, and - a contact surface for said reproduction which is substantially a peripheral surface of said cavity; or - only one screw apt to engage a corresponding thread of the flask in such a manner as to protrude inside said cavity of an adjustable length, and - two contact surfaces for said reproduction, each made on opposite sides of a sagittal plane of said flask and which are substantially a peripheral surface of said cavity, and - support elements of said two screws or said screw with said reproduction wherein said two screws and said contact surface or said screw an said two contact surfaces are apt to cooperate so as to achieve a locking seat for said reproduction inside said cavity. - a cavity defined by side walls of said flask and apt to receive a three-dimensional reproduction of dental cast and to be filled with a polymerizable material, - locking means of said reproduction inside said cavity; - only two screws apt to engage two corresponding threads of the flask each made on opposite sides with respect to a sagittal plane of said flask and in such a manner as to both protrude inside said cavity of an adjustable length, and - a contact surface for said reproduction which is substantially a peripheral surface of said cavity; or - only one screw apt to engage a corresponding thread of the flask in such a manner as to protrude inside said cavity of an adjustable length, and - two contact surfaces for said reproduction, each made on opposite sides of a sagittal plane of said flask and which are substantially a peripheral surface of said cavity, and - support elements of said two screws or said screw with said reproduction wherein said two screws and said contact surface or said screw an said two contact surfaces are apt to cooperate so as to achieve a locking seat for said reproduction inside said cavity.
A steering control device for a vehicle, the steering control device controlling a steering device, the steering device having a steering mechanism configured to steer wheels and a drive unit configured to provide the steering mechanism with steering force for the wheels, the steering control device comprising: a detection unit configured to detect turning or steering of the wheels; a determination unit configured to determine whether the vehicle is in a stationary steering state; and a control unit configured to increase, when the vehicle is determined to be in a stationary steering state as a result of the determination of the determination unit, the steering force to be provided to the steering mechanism than a value upon determination that the vehicle is not in a stationary steering state, characterized by the control unit being further configured to decrease the steering force to be provided to the steering mechanism to a value smaller than before, from the time that the turning or steering of the wheels is detected as a result of providing the steering force with the steering mechanism when the vehicle has been determined to be in a stationary steering state. a detection unit configured to detect turning or steering of the wheels; a determination unit configured to determine whether the vehicle is in a stationary steering state; and a control unit configured to increase, when the vehicle is determined to be in a stationary steering state as a result of the determination of the determination unit, the steering force to be provided to the steering mechanism than a value upon determination that the vehicle is not in a stationary steering state, characterized by the control unit being further configured to decrease the steering force to be provided to the steering mechanism to a value smaller than before, from the time that the turning or steering of the wheels is detected as a result of providing the steering force with the steering mechanism when the vehicle has been determined to be in a stationary steering state.
An automated module for assembly lines to assemble electronic devices; said module is adapted to be the last module of an assembly line to assemble electronic devices, and to perform at least one test and the final marking of the electronic device; said automated module comprises a plurality of cells; each cell comprises: • a support structure; • a control unit; • at least one actuating system, operatively connected to said control unit, for receiving commands and for transmitting the results obtained, in the form of data, from and to said control unit; said automated module comprises: • at least one moving device, for moving at least one electronic device among the different cells comprised in the module; • a supervision unit, for: ∘ interacting with each control unit of each cell, thus sending commands to control each single cell and receiving the respective results from the respective control units in the form of data; ∘ controlling said at least one moving device for its activation, so as to move the electronic devices among the different cells; the different cells are independent of one another and are assembled with one another in a modular manner in the desired sequence, so as to perform a desired sequence of operations on the electronic device; said module comprising at least one test cell, for performing at least one functional test on at least one electronic device by means of a respective actuation system, and at least one marking cell, for applying at least one distinctive sign onto at least one electronic device by means of a respective actuation system. • a support structure; • a control unit; • at least one actuating system, operatively connected to said control unit, for receiving commands and for transmitting the results obtained, in the form of data, from and to said control unit; • at least one moving device, for moving at least one electronic device among the different cells comprised in the module; • a supervision unit, for: ∘ interacting with each control unit of each cell, thus sending commands to control each single cell and receiving the respective results from the respective control units in the form of data; ∘ controlling said at least one moving device for its activation, so as to move the electronic devices among the different cells; ∘ interacting with each control unit of each cell, thus sending commands to control each single cell and receiving the respective results from the respective control units in the form of data; ∘ controlling said at least one moving device for its activation, so as to move the electronic devices among the different cells;
A theater ride system, comprising: a processor; a center platform; a plurality of actuator arms; a plurality of maneuverable seating areas, wherein each maneuverable seating area of at least a first subset of the plurality of maneuverable seating areas is coupled to a respective portion of the center platform via a respective actuator arm of the plurality of actuator arms; wherein the processor is configured to control the plurality of actuator arms to: position the plurality of maneuverable seating areas in a uniform theater configuration such that each of the plurality of maneuverable seating areas is adjacent to at least one other of the plurality of maneuverable seating areas and the center platform to resemble stationary seating sections of a theater at a beginning of a show; move the plurality of maneuverable seating areas into different configurations during the show; and position the plurality of maneuverable seating areas in the uniform theater configuration near an end of the show, wherein the plurality of actuator arms are controlled by the processor to move the plurality of maneuverable seating areas: horizontally with respect to the center platform; and one or more of vertically or radially with respect to the center platform. a processor; a center platform; a plurality of actuator arms; a plurality of maneuverable seating areas, wherein each maneuverable seating area of at least a first subset of the plurality of maneuverable seating areas is coupled to a respective portion of the center platform via a respective actuator arm of the plurality of actuator arms; wherein the processor is configured to control the plurality of actuator arms to: position the plurality of maneuverable seating areas in a uniform theater configuration such that each of the plurality of maneuverable seating areas is adjacent to at least one other of the plurality of maneuverable seating areas and the center platform to resemble stationary seating sections of a theater at a beginning of a show; move the plurality of maneuverable seating areas into different configurations during the show; and position the plurality of maneuverable seating areas in the uniform theater configuration near an end of the show, position the plurality of maneuverable seating areas in a uniform theater configuration such that each of the plurality of maneuverable seating areas is adjacent to at least one other of the plurality of maneuverable seating areas and the center platform to resemble stationary seating sections of a theater at a beginning of a show; move the plurality of maneuverable seating areas into different configurations during the show; and position the plurality of maneuverable seating areas in the uniform theater configuration near an end of the show, wherein the plurality of actuator arms are controlled by the processor to move the plurality of maneuverable seating areas: horizontally with respect to the center platform; and one or more of vertically or radially with respect to the center platform. horizontally with respect to the center platform; and one or more of vertically or radially with respect to the center platform.
A drive device (101, 111) for controlling movement of hands of an electronic watch (100, 110), comprising: a first hand; a second hand (13, 61); a first motor configured to drive the first hand to move; and a second motor (15, 63) configured to drive the second hand to move, and a control unit configured to control driving of the first motor and the second motor by applying drive signals so as to control a movement operation of the first hand and the second hand, characterized in that the control unit controls a decrease in a movement speed of the first hand, wherein the control unit starts movement of the second hand in a period after start of movement of the first hand before stop of the movement of the first hand, and the control unit controls the movement operation of the second hand according to the decrease in a movement speed of the first hand. a first hand; a second hand (13, 61); a first motor configured to drive the first hand to move; and a second motor (15, 63) configured to drive the second hand to move, and a control unit configured to control driving of the first motor and the second motor by applying drive signals so as to control a movement operation of the first hand and the second hand, characterized in that the control unit controls a decrease in a movement speed of the first hand, wherein the control unit starts movement of the second hand in a period after start of movement of the first hand before stop of the movement of the first hand, and the control unit controls the movement operation of the second hand according to the decrease in a movement speed of the first hand.
Goods transfer station (1, 1') which is loadable and unloadable from a first side, - with a tray on which a load carrier, in particular a goods basket, is depositable, wherein the tray together with load carrier is pushable into and removable again from the goods transfer station (1, 1') from the first side, - with a first aligning device which aligns at least the load carrier in the x direction in the goods transfer station (1, 1'), - with a second aligning device which aligns at least the load carrier in the y direction in the goods transfer station (1, 1'), - with a third aligning device which aligns at least the load carrier in the z direction in the goods transfer station (1, 1') such that the load carrier takes up a spatially exactly defined position within the goods transfer station (1, 1'), characterized in that the third aligning device has a lifting device with at least one lifting bolt, wherein the tray has at least one passage opening through which the at least one lifting bolt reaches in order to raise the load carrier without, in the process, raising the tray itself. - with a tray on which a load carrier, in particular a goods basket, is depositable, wherein the tray together with load carrier is pushable into and removable again from the goods transfer station (1, 1') from the first side, - with a first aligning device which aligns at least the load carrier in the x direction in the goods transfer station (1, 1'), - with a second aligning device which aligns at least the load carrier in the y direction in the goods transfer station (1, 1'), - with a third aligning device which aligns at least the load carrier in the z direction in the goods transfer station (1, 1') such that the load carrier takes up a spatially exactly defined position within the goods transfer station (1, 1'), characterized in that the third aligning device has a lifting device with at least one lifting bolt, wherein the tray has at least one passage opening through which the at least one lifting bolt reaches in order to raise the load carrier without, in the process, raising the tray itself.
A method comprising: creating an account with an elevator system; assigning a primary user to the account; assigning a secondary user to the account; associating elevator access privileges to the secondary user, the elevator access privileges including floors of a building that the secondary user can access via the elevator system; receiving a request for elevator service from the secondary user; providing the floors of the building that the secondary user can access via the elevator system to a mobile device associated with the secondary user; receiving a selection of a destination floor from the mobile device associated with the secondary user; and initiating elevator service to the destination floor for the secondary user, or receiving a selection of a starting floor and a destination floor from the mobile device associated with the secondary user; and initiating elevator service from the starting floor to the destination floor for the secondary user. creating an account with an elevator system; assigning a primary user to the account; assigning a secondary user to the account; associating elevator access privileges to the secondary user, the elevator access privileges including floors of a building that the secondary user can access via the elevator system; receiving a request for elevator service from the secondary user; providing the floors of the building that the secondary user can access via the elevator system to a mobile device associated with the secondary user; receiving a selection of a destination floor from the mobile device associated with the secondary user; and initiating elevator service to the destination floor for the secondary user, or receiving a selection of a starting floor and a destination floor from the mobile device associated with the secondary user; and initiating elevator service from the starting floor to the destination floor for the secondary user.
A method implemented at a terminal device, comprising: transmitting a request for a packet data network, PDN, connection of the terminal device to a mobile management entity, MME, wherein the request comprises a user plane only indication for the packet data network connection, and wherein the request is a standalone PDN connectivity request; and receiving a response to the request from the MME, wherein the response indicates whether user plane setup is needed for data transfer on the packet data network connection. transmitting a request for a packet data network, PDN, connection of the terminal device to a mobile management entity, MME, wherein the request comprises a user plane only indication for the packet data network connection, and wherein the request is a standalone PDN connectivity request; and receiving a response to the request from the MME, wherein the response indicates whether user plane setup is needed for data transfer on the packet data network connection.