mhurhangee/patent-ind-claim-en huggingface dataset:
A switched converter for driving LEDs or for supplying a further LED converter stage comprising - a switch , - a control unit for controlling the switch , - a sensing path with a shunt resistor unit for sensing a voltage drop at the shunt resistor unit representing the current through the switch in the closed state of the switch , and - a feedback path for feeding back a voltage signal to the control unit that represents the voltage drop at the shunt resistor unit of the sensing path, wherein the control unit is configured to use the voltage signal, which is fed back on the feedback path, to control the clocking of the switch , characterized in that the switched converter further comprises for at least one phase of a mains voltage different mains connection terminals for connecting with said phase to supply mains power to the switched converter and either a voltage scaling unit in the feedback path for scaling the voltage signal, which is fed back on the feedback path, by at least two different scaling factors depending on to which mains connection terminal the phase is connected, or a voltage scaling unit in the sensing path for scaling the voltage drop at the shunt resistor unit by at least two different scaling factors depending on to which mains connection terminal the phase is connected. - a switch , - a control unit for controlling the switch , - a sensing path with a shunt resistor unit for sensing a voltage drop at the shunt resistor unit representing the current through the switch in the closed state of the switch , and - a feedback path for feeding back a voltage signal to the control unit that represents the voltage drop at the shunt resistor unit of the sensing path,
A method for optimizing power quality in a power distribution network, the method comprising: modeling an operation of a power distribution network; measuring at least one characteristic associated with cleanliness of power of the power distribution network ; the cleanliness of the power associated with delivery of the power at a constant voltage and at a constant frequency; determining whether the at least one characteristic meets a first predetermined performance criteria; predicting a future operational performance of the power distribution network based at least in part upon the modeling and determining whether the future operational performance meets a second predetermined performance criteria; characterised by , in response to determining the at least one characteristic associated with the operation of the power distribution network does not meet the first predetermined performance criteria or the predicted future operational performance of the power distribution network does not meet the second predetermined performance criteria, taking a corrective action with respect to the power distribution network to improve the cleanliness of power of the power distribution network. modeling an operation of a power distribution network; measuring at least one characteristic associated with cleanliness of power of the power distribution network ; the cleanliness of the power associated with delivery of the power at a constant voltage and at a constant frequency; determining whether the at least one characteristic meets a first predetermined performance criteria; predicting a future operational performance of the power distribution network based at least in part upon the modeling and determining whether the future operational performance meets a second predetermined performance criteria; characterised by , in response to determining the at least one characteristic associated with the operation of the power distribution network does not meet the first predetermined performance criteria or the predicted future operational performance of the power distribution network does not meet the second predetermined performance criteria, taking a corrective action with respect to the power distribution network to improve the cleanliness of power of the power distribution network.
A wireless receiver configured to receive a transmitted message, the receiver comprising: an antenna configured to receive analog energy via a frequency channel; a digitizer configured to digitize the analog energy that enters the receiver via the antenna, said digitized analog energy being digitized noise and interference when a signal of interest is not included in the analog energy; a digital test signal source, configured to provide a digital test signal having a known amplitude and message content; a digital signal gain controller, configured to adjust the digital test signal amplitude to a test input amplitude; a signal combiner, configured to combine the adjusted digital test signal with the digitized noise and interference so as to create digital input data; a data correlator configured to extract message bits from the digital input data; and a correlation statistics generator configured to determine a bit error rate of the message bits extracted by the data correlator by comparing the bits extracted by the data correlator with the known message content of the digital test signal. an antenna configured to receive analog energy via a frequency channel; a digitizer configured to digitize the analog energy that enters the receiver via the antenna, said digitized analog energy being digitized noise and interference when a signal of interest is not included in the analog energy; a digital test signal source, configured to provide a digital test signal having a known amplitude and message content; a digital signal gain controller, configured to adjust the digital test signal amplitude to a test input amplitude; a signal combiner, configured to combine the adjusted digital test signal with the digitized noise and interference so as to create digital input data; a data correlator configured to extract message bits from the digital input data; and a correlation statistics generator configured to determine a bit error rate of the message bits extracted by the data correlator by comparing the bits extracted by the data correlator with the known message content of the digital test signal.
A package for holding a pouch , said package comprising a first main panel , a first side panel , a second main panel and a second side panel , said first main panel , said first side panel , said second main panel and said second side panel being arranged to define a tube-like body , said tube-like body having an inside and an outside and having a top opening , said first main panel , said first side panel , said second main panel and said second side panel having an inner surface facing said inside and an outer surface facing said outside wherein said first main panel comprises a first slit line defining a first tongue adapted to form a support tongue for receiving and holding said pouch , characterized in that said tube-like body has a bottom opening , said package further comprising a bottom flap hingedly connected to said first main panel , said bottom flap being folded towards said inside of said tube-like body so that said bottom flap contacts said inner surface of said first main panel , wherein said bottom flap comprises a second slit line defining a second tongue , wherein said first slit line and said second slit line substantially overlap when said bottom flap is folded to said inside of said tube-like body to contact said inner surface of said first main panel , so that said first tongue and said second tongue define a double layered tongue adapted to be pushed to said inside of said tube-like body to form a double layered support tongue adapted to receive and hold said pouch.
A rotary switch assembly with a controllable cancelling mechanism, in particular for controlling turn-signal lights of an automotive vehicle, comprising a support , an activating rod disposed rotationally, about an axis (A) within the support and mechanically coupled with an electric signal device, a self-returning mechanism defining the neutral position of the activating rod , and an activating slider , slidable along another axis (B), different from said axis (A) of said activating rod , in a response to an angular movement of the activating rod and provided with at least one engaging projection , characterized in that it further comprises a locking slider , slidable along an axis (C) substantially perpendicular to said sliding axis (B) of said activating slider , and biased towards said activating slider ; at least one locking projection , provided on said locking slider , for engaging said engaging projection of said activating slider to define locked position of the activating rod ; an unlocking lever rotationally connected to said support about an axis (D) substantially perpendicular to the plane defined by said sliding axis (B) of said activating slider and said sliding axis (C) of said locking slider and rotationally connected with said locking slider ; and an electromagnetic actuator having a slidable rod rotationally connected with said unlocking lever to release engagement of said at least one locking projection with said at least one engaging projection of said activating slider . an activating rod disposed rotationally, about an axis (A) within the support and mechanically coupled with an electric signal device, a self-returning mechanism defining the neutral position of the activating rod , and an activating slider , slidable along another axis (B), different from said axis (A) of said activating rod , in a response to an angular movement of the activating rod and provided with at least one engaging projection , characterized in that it further comprises a locking slider , slidable along an axis (C) substantially perpendicular to said sliding axis (B) of said activating slider , and biased towards said activating slider ; at least one locking projection , provided on said locking slider , for engaging said engaging projection of said activating slider to define locked position of the activating rod ; an unlocking lever rotationally connected to said support about an axis (D) substantially perpendicular to the plane defined by said sliding axis (B) of said activating slider and said sliding axis (C) of said locking slider and rotationally connected with said locking slider ; and an electromagnetic actuator having a slidable rod rotationally connected with said unlocking lever to release engagement of said at least one locking projection with said at least one engaging projection of said activating slider .
Swivel joint for adjusting a functional part, in particular a head part, a foot part or an armrest, of a piece of furniture, in particular seating furniture and/or upholstered furniture, with a mounting lever for mounting the swivel joint on the piece of furniture and a swivel lever for holding and adjusting the functional part, wherein the swivel joint is adjustable from an adjustment position into a reset position and back, wherein in the adjustment position the mounting lever and the swivel lever are pivotably connected to one another from a starting position into an end position about a joint pivot axis in an adjustment direction (E), wherein, in the adjustment position, the swivel lever is locked in a plurality of locking positions provided between the starting position and the end position by a blocking positive engagement of a locking device with respect to pivoting in the return direction (R) opposite to the setting direction (E), wherein the locking device comprises at least one locking cam and at least one gear rim pivotable with respect to the locking cam and wherein, in the adjustment position, the locking cam is spring-loaded for positive engagement of the locking device in direction of the gear rim in such a way that and the locking cam is held movably on a guide in such a way that the locking cam and the gear rim slide against each other when the swivel joint is adjusted relative to the mounting lever in the setting position and engage with each other in a positive locking manner stepwise in a reset direction (R), characterized in that a lubricating grease is provided between the gear rim and the locking cam and/or between the locking cam and the guide , and in that the lubricating grease has an oxidation resistance according to DIN 51808 of less than 950 hPa, a consistency or NLGI class according to DIN 51818 of at least 1 and a lubricating oil content of less than 80 %.
A method of additively manufacturing a component comprising: placing a primary insert and a first support insert into corresponding indentations in a build plate of an additive manufacturing system ; forming the component on the primary insert with the component having at least one overhang located above the first support insert; forming a first support structure on the first support insert so as to be beneath the at least one overhang, the first support structure configured to support the at least one overhang; and after the component has been formed, separating the primary insert from the first support insert such that the first support structure is separated from the component. placing a primary insert and a first support insert into corresponding indentations in a build plate of an additive manufacturing system ; forming the component on the primary insert with the component having at least one overhang located above the first support insert; forming a first support structure on the first support insert so as to be beneath the at least one overhang, the first support structure configured to support the at least one overhang; and after the component has been formed, separating the primary insert from the first support insert such that the first support structure is separated from the component.
Shoe sole, comprising a spacer knitted fabric , which comprises an upper support layer , a lower support layer , and an intermediate layer that is arranged between the upper support layer and the lower support layer and comprises at least one spacer thread , wherein the upper support layer and/or the lower support layer comprises at least one elastic yarn , characterized in that the upper support layer and/or the lower support layer comprises stitches formed from a stitch formation yarn , into which stitches an elastic compression yarn is inserted as a tuck insert, in that at least one spacer thread of the intermediate layer has a thickness of at least 0.20 mm, and in that the elastic yarn in the upper support layer and/or in the lower support layer is made of one or more elastic threads with a total fineness of at least 500 dtex. a spacer knitted fabric , which comprises an upper support layer , a lower support layer , and an intermediate layer that is arranged between the upper support layer and the lower support layer and comprises at least one spacer thread , wherein the upper support layer and/or the lower support layer comprises at least one elastic yarn , characterized in that the upper support layer and/or the lower support layer comprises stitches formed from a stitch formation yarn , into which stitches an elastic compression yarn is inserted as a tuck insert, in that at least one spacer thread of the intermediate layer has a thickness of at least 0.20 mm, and in that the elastic yarn in the upper support layer and/or in the lower support layer is made of one or more elastic threads with a total fineness of at least 500 dtex.
A transmission device that has - an output stage (12, 14, 16; 52, 54, 60) designed as a planetary stage (12, 14, 16; 52, 54, 60) and - an output hub (10; 50); characterised in that the output hub (10; 50) is rotatably mounted on a fixed planetary carrier (12; 52) of the output stage (12, 14, 16; 52, 54, 60) by means of at least one output hub bearing (22; 62), wherein the planetary carrier (12; 52), in a section in which the at least one output hub bearing (22; 62) is supported against the planetary carrier (12; 52), is designed as a hollow axle whose internal diameter tapers conically in the direction of the output stage (12, 14, 16; 52, 54, 60). - an output stage (12, 14, 16; 52, 54, 60) designed as a planetary stage (12, 14, 16; 52, 54, 60) and - an output hub (10; 50);
An electric current interruption system , comprising: - a switch comprising a first contact and a second contact , the first contact being movable relative to the second contact between a closed position allowing current flow and an open position interrupting current flow; - a control device for the switch configured to drive the switch between the open and closed position, the control device comprises a control actuator , and a hydraulic transmission system arranged between the control actuator and the first contact so that the control actuator is able to control the movement of the first contact via the hydraulic transmission system , the hydraulic transmission system comprising a first deformable reservoir connected to the control actuator , a second deformable reservoir connected to the first contact of the switch and a hydraulic circuit fluidly connecting an interior volume of the first deformable reservoir to an interior volume of the second deformable reservoir so that a deformation of the first deformable reservoir caused by the control actuator causes a corresponding deformation of the second deformable reservoir causing a corresponding displacement of the first contact , characterised in that the interruption system further comprises a detection device configured to detect the position of the first contact relative to the second contact . - a switch comprising a first contact and a second contact , the first contact being movable relative to the second contact between a closed position allowing current flow and an open position interrupting current flow; - a control device for the switch configured to drive the switch between the open and closed position,
A thrombus treatment device , comprising: a support wire ; a body frame portion that is disposed about an axis defined by the support wire , wherein the body frame portion defines one or more interstices and has an open lattice construction; a tether portion that includes one or more tethers , said one or more tethers extending from the body frame portion to a collar that is coupled to the support wire ; and a filter portion that extends from the body frame portion ; wherein, when the collar is positioned within a region interior of the body frame portion or filter portion, rotational actuation of the support wire causes a swiveling motion of the one or more tethers to macerate a thrombus without imparting substantial motion to the body frame portion . a support wire ; a body frame portion that is disposed about an axis defined by the support wire , wherein the body frame portion defines one or more interstices and has an open lattice construction; a tether portion that includes one or more tethers , said one or more tethers extending from the body frame portion to a collar that is coupled to the support wire ; and a filter portion that extends from the body frame portion ; wherein, when the collar is positioned within a region interior of the body frame portion or filter portion, rotational actuation of the support wire causes a swiveling motion of the one or more tethers to macerate a thrombus without imparting substantial motion to the body frame portion .
A random access method, wherein the random access method is applied to a base station, and comprises: receiving, by using a pre-configured first SubCarrier Spacing, SCS, a first random access preamble message transmitted by a User Equipment, UE, when the base station instructs the UE to perform an initial access according to a contention-based random access mechanism; characterized by transmitting, by using a predetermined second SCS, a first Random Access Response, RAR, message to the UE according to the first random access preamble message; receiving, by using a predetermined fourth SCS or a fifth SCS configured by the network, a first scheduling transmission message transmitted by the UE according to the first RAR message; and transmitting, by using a predetermined sixth SCS or a seventh SCS configured by the network, a first collision resolution message to the UE according to the first scheduling transmission message, to complete the initial access, wherein the fifth SCS configured by the network is carried in a Physical Random Access Channel, PRACH, configuration parameter in ReMaining System Information, RMSI. receiving, by using a pre-configured first SubCarrier Spacing, SCS, a first random access preamble message transmitted by a User Equipment, UE, when the base station instructs the UE to perform an initial access according to a contention-based random access mechanism; characterized by transmitting, by using a predetermined second SCS, a first Random Access Response, RAR, message to the UE according to the first random access preamble message; receiving, by using a predetermined fourth SCS or a fifth SCS configured by the network, a first scheduling transmission message transmitted by the UE according to the first RAR message; and transmitting, by using a predetermined sixth SCS or a seventh SCS configured by the network, a first collision resolution message to the UE according to the first scheduling transmission message, to complete the initial access, wherein the fifth SCS configured by the network is carried in a Physical Random Access Channel, PRACH, configuration parameter in ReMaining System Information, RMSI.
A communication device for communicating data over a low power wide area, LPWA, communication network , wherein the communication device comprises: a processor configured to implement a real-time execution environment based on a real-time operating system, wherein the real-time execution environment is configured to execute a first instance of an application; a memory configured to store data; a radio configured to transmit and/or receive data over the LPWA communication network ; and a security system configured to operate one or more logically separated sets of security domains (111a-c, 113a-c, 115a-c), including a first set of security domains , on the processor and the memory , wherein each set of security domains comprises a processor security domain (111a-c) and a memory security domain (113a-c, 115a-c), wherein the security system is configured to operate the respective processor security domains (111a-c) of the one or more sets of security domains (111a-c, 113a-c, 115a-c) in parallel to the real-time execution environment and wherein the processor security domain of the first set of security domains is configured to execute a second instance of the application in response to the execution of the first instance of the application by the real-time execution environment . a processor configured to implement a real-time execution environment based on a real-time operating system, wherein the real-time execution environment is configured to execute a first instance of an application; a memory configured to store data; a radio configured to transmit and/or receive data over the LPWA communication network ; and a security system configured to operate one or more logically separated sets of security domains (111a-c, 113a-c, 115a-c), including a first set of security domains , on the processor and the memory , wherein each set of security domains comprises a processor security domain (111a-c) and a memory security domain (113a-c, 115a-c), wherein the security system is configured to operate the respective processor security domains (111a-c) of the one or more sets of security domains (111a-c, 113a-c, 115a-c) in parallel to the real-time execution environment and wherein the processor security domain of the first set of security domains is configured to execute a second instance of the application in response to the execution of the first instance of the application by the real-time execution environment .