mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adjusting a power mirror supported by a tow vehicle attached to a trailer based on a position of the trailer allowing a driver of the tow vehicle to view an edge of the trailer , the method comprising: receiving, at a data processing hardware , sensor system data from a sensor system positioned on a rear portion of the tow vehicle ; receiving, at the data processing hardware , a current mirror angle (α M ) associated with the power mirror ; determining, at the data processing hardware , an adjusted mirror angle (α MA ) based on the current mirror angle (α M ) and the received sensor system data ; transmitting, from the data processing hardware to the power mirror , instructions to adjust the current mirror angle (α M ) to the adjusted mirror angle (α MA ) causing the power mirror to maintain a trailer edge within a field of view of the driver when looking at the power mirror ; and determining an axle length (LA) of the trailer comprising a distance between a hitch point between the trailer and the tow vehicle and a trailer axle , wherein the adjusted mirror angle (α MA ) is also based on the axle length (LA) of the trailer . receiving, at a data processing hardware , sensor system data from a sensor system positioned on a rear portion of the tow vehicle ; receiving, at the data processing hardware , a current mirror angle (α M ) associated with the power mirror ; determining, at the data processing hardware , an adjusted mirror angle (α MA ) based on the current mirror angle (α M ) and the received sensor system data ; transmitting, from the data processing hardware to the power mirror , instructions to adjust the current mirror angle (α M ) to the adjusted mirror angle (α MA ) causing the power mirror to maintain a trailer edge within a field of view of the driver when looking at the power mirror ; and determining an axle length (LA) of the trailer comprising a distance between a hitch point between the trailer and the tow vehicle and a trailer axle , wherein the adjusted mirror angle (α MA ) is also based on the axle length (LA) of the trailer .
Method for preparing an electroplated product by electroplating a substrate comprising the following steps: a) Electroplating a substrate with an underlayer consisting of copper or a copper alloy with an electrolyte comprising at least one source of copper ions, at least one conductive salt, and, optionally, at least one ion source of an alloy former for copper, b) Electroplating of a diffusion barrier layer which prevents the inter-difussion between the underlayer and the top layer on the underlayer with an aqueous bath comprising at least one source of indium ions and at least one conductive salt, c) Electroplating of a top layer consisting of a precious metal selected from the group consisting of Au, Ag, Ru and its alloys with an electrolyte comprising at least one ion source for the precious metal and at least one conductive salt, characterised in that the electroplating bath of step b) comprises at least one source of ions of the precious metal of the top layer. a) Electroplating a substrate with an underlayer consisting of copper or a copper alloy with an electrolyte comprising at least one source of copper ions, at least one conductive salt, and, optionally, at least one ion source of an alloy former for copper, b) Electroplating of a diffusion barrier layer which prevents the inter-difussion between the underlayer and the top layer on the underlayer with an aqueous bath comprising at least one source of indium ions and at least one conductive salt, c) Electroplating of a top layer consisting of a precious metal selected from the group consisting of Au, Ag, Ru and its alloys with an electrolyte comprising at least one ion source for the precious metal and at least one conductive salt,
A light emitting device , comprising at least one light source and a closed container , the closed container comprising a first area and a second area that is arranged opposite to the first area , the closed container being filled with a heat conducting fluid that is thermally coupled to an insidesurface of the closed container , wherein the at least one light source is arranged on an outside surface of the first area of the closed container and thermally coupled to the inside surface of the closed container , wherein the heat conducting fluid ) is light transmissive, characterized in that : the container comprises a first spherical vessel as the first area and a second spherical vessel as the second area, the second spherical vessel surrounding the first spherical vessel at a distance (di) larger than zero mm, and wherein the space between the first spherical vessel and the second spherical vessel is filled with the heat conducting fluid ; and wherein at least a part of the first area and the second area are light transmissive. the container comprises a first spherical vessel as the first area and a second spherical vessel as the second area, the second spherical vessel surrounding the first spherical vessel at a distance (di) larger than zero mm, and wherein the space between the first spherical vessel and the second spherical vessel is filled with the heat conducting fluid ; and wherein at least a part of the first area and the second area are light transmissive.
A flexible touch sensing structure comprising: a flexible base substrate ; touch electrode patterns disposed on a first surface of the flexible base substrate , wherein the touch electrode patterns comprise plural columns of first touch electrodes and plural rows of second touch electrodes , wherein the second touch electrodes and the first touch electrodes intersect and are insulated from each other, wherein the second touch electrodes comprise plural second sub-touch electrodes and bridges , wherein the second sub-touch electrodes are spaced apart from one another by the first touch electrodes , wherein the bridge connects two second sub-touch electrodes adjacent in a row direction and is insulated from the first touch electrodes , wherein an insulating pattern is located between the bridges and the first touch electrodes ; and at least one groove on a second surface opposite the first surface of the flexible base substrate , wherein a projection of the groove on the flexible base substrate is within a projection of a gap between the second sub-touch electrodes and the first touch electrodes , wherein the groove is strip-shaped and the extending direction of the groove is parallel to the extending direction of the bending axis of the flexible base substrate and the first touch electrodes extend along the direction of the bending axis. at least one groove on a second surface opposite the first surface of the flexible base substrate , wherein a projection of the groove on the flexible base substrate is within a projection of a gap between the second sub-touch electrodes and the first touch electrodes , wherein the groove is strip-shaped and the extending direction of the groove is parallel to the extending direction of the bending axis of the flexible base substrate and the first touch electrodes extend along the direction of the bending axis.
High-speed railway vehicle , delimited by an outer shell , the railway vehicle comprising: - a forming device for forming a plasma at a front end of the outer shell , - an electrostatic device for generating an electric field (E) in the vicinity of a guide surface of the outer shell , characterised in that the railway vehicle comprises: - a magnetostatic device for generating a magnetic field (B) in the vicinity of the guide surface , the electrostatic device and the magnetostatic device being configured to cooperate and guide a flow of the plasma along the guide surface in an aggregate movement which is substantially opposed to a direction of travel (X-X') of the railway vehicle . - a forming device for forming a plasma at a front end of the outer shell , - an electrostatic device for generating an electric field (E) in the vicinity of a guide surface of the outer shell , - a magnetostatic device for generating a magnetic field (B) in the vicinity of the guide surface , the electrostatic device and the magnetostatic device being configured to cooperate and guide a flow of the plasma along the guide surface in an aggregate movement which is substantially opposed to a direction of travel (X-X') of the railway vehicle .
A communications method, wherein a terminal device is a device-to-device, D2D, device, the terminal device belongs to multiple communications groups, each communications group corresponding to at least one logical channel group, and the method comprises the following steps: determining , by the terminal device, identification information of at least two currently-enabled communications groups; generating , by the terminal device, information about an amount of to-be-transmitted data, wherein the information about an amount of to-be-transmitted data comprises identification information of each of the currently-enabled communications groups, and a buffer status report of a logical channel group corresponding to the currently-enabled communications groups, and the amount of the to-be-transmitted data is an amount of data to be transmitted between the terminal device and another D2D device in the currently-enabled communications groups; sending , by the terminal device, the information about the amount of the to-be-transmitted data to a base station; wherein the identification information of the communications groups is a proximity service, ProSe, group index. determining , by the terminal device, identification information of at least two currently-enabled communications groups; generating , by the terminal device, information about an amount of to-be-transmitted data, wherein the information about an amount of to-be-transmitted data comprises identification information of each of the currently-enabled communications groups, and a buffer status report of a logical channel group corresponding to the currently-enabled communications groups, and the amount of the to-be-transmitted data is an amount of data to be transmitted between the terminal device and another D2D device in the currently-enabled communications groups; sending , by the terminal device, the information about the amount of the to-be-transmitted data to a base station; wherein the identification information of the communications groups is a proximity service, ProSe, group index.
Measurement card for capturing a measured value of an electromagnetic field, comprising: a measuring card body ; an antenna arrangement integrated with the measuring card body for receiving the electromagnetic field; a processor disposed on the measuring card body for determining a measured value of the received electromagnetic field, wherein the processor is configured to generate a transmission signal having the measured value according to a wireless transmission technology; a wireless communication interface disposed on the measuring card body for transmitting the transmission signal via a communication network according to said wireless transmission technology; and a rectifier circuit which is connected downstream of the receiving antenna and is configured to obtain electrical energy from the received electromagnetic field, and to supply the obtained electrical energy to the processor for determining the measured value and for generating the transmission signal, and to the wireless communication interface for transmitting the transmission signal, characterized in that the measurement card further comprises a controllable electrical load , wherein the processor is configured to adjust a load value of the controllable electrical load , wherein the wireless communication interface is configured to receive a load parameter via the communication network, and wherein the processor is configured to adjust the value of the controllable electrical load according to the received load parameter. a measuring card body ; an antenna arrangement integrated with the measuring card body for receiving the electromagnetic field; a processor disposed on the measuring card body for determining a measured value of the received electromagnetic field, wherein the processor is configured to generate a transmission signal having the measured value according to a wireless transmission technology; a wireless communication interface disposed on the measuring card body for transmitting the transmission signal via a communication network according to said wireless transmission technology; and a rectifier circuit which is connected downstream of the receiving antenna and is configured to obtain electrical energy from the received electromagnetic field, and to supply the obtained electrical energy to the processor for determining the measured value and for generating the transmission signal, and to the wireless communication interface for transmitting the transmission signal, characterized in that the measurement card further comprises a controllable electrical load , wherein the processor is configured to adjust a load value of the controllable electrical load , wherein the wireless communication interface is configured to receive a load parameter via the communication network, and wherein the processor is configured to adjust the value of the controllable electrical load according to the received load parameter.
A fuse device with a microswitch, comprising a microswitch , wherein the fuse device further comprises a fuse device interlocking mechanism , a fuse wire strike pin component , and a linkage ; wherein the fuse wire strike pin component comprises a main shaft , a strike pin piece and a trigger piece ; and the strike pin piece and the trigger piece are radially fixed on the main shaft , and axially movable along the main shaft ; and wherein, when one or more fuse wires are not mounted, or one or more fuse wires have been fused, the fuse device interlocking mechanism cooperates with the fuse wire strike pin component , to drive the linkage to trigger the microswitch , causing the switching device not to close, characterized in that the fuse device interlocking mechanism comprises a mounting bracket , an interlocking plate and a tension spring ; and when a fuse is mounted, the interlocking plate moves in a direction in which the tension spring is extended under an action of the fuse, wherein, when at least one phase of fuse wires are not mounted, the strike pin piece is pushed away under an action of the interlocking plate , causing the main shaft to rotate together and simultaneously causing the trigger piece mounted thereon to rotate in a same direction, such that a link-motion of the linkage driven by the trigger piece triggers the microswitch , causing the switching device not to close. wherein the fuse wire strike pin component comprises a main shaft , a strike pin piece and a trigger piece ; and the strike pin piece and the trigger piece are radially fixed on the main shaft , and axially movable along the main shaft ; and wherein, when one or more fuse wires are not mounted, or one or more fuse wires have been fused, the fuse device interlocking mechanism cooperates with the fuse wire strike pin component , to drive the linkage to trigger the microswitch , causing the switching device not to close, characterized in that the fuse device interlocking mechanism comprises a mounting bracket , an interlocking plate and a tension spring ; and when a fuse is mounted, the interlocking plate moves in a direction in which the tension spring is extended under an action of the fuse, wherein, when at least one phase of fuse wires are not mounted, the strike pin piece is pushed away under an action of the interlocking plate , causing the main shaft to rotate together and simultaneously causing the trigger piece mounted thereon to rotate in a same direction, such that a link-motion of the linkage driven by the trigger piece triggers the microswitch , causing the switching device not to close.
An air conditioner comprising an outdoor unit including a plurality of compressors in which lubricating oil is stored, and a plurality of indoor units in which a refrigerant circulates to and from the outdoor unit , and configuring a refrigerating cycle by the outdoor unit and the indoor units , the air conditioner comprising: a main inlet refrigerant pipe including a plurality of refrigerant inlet pipes connected to inlet portions of the compressors ; a plurality of oil balancing pipes extracting the lubricating oil stored in each of the compressors in which a specified amount of the lubricating oil or more is stored, the oil balancing pipes comprising ends connected to the compressors ; an oil storage capsule to which other ends of the oil balancing pipes are connected, and in which the lubricating oil flowing through the oil balancing pipes joins; an oil balancing guide pipe , a distributor connected to the oil storage capsule via the oil balancing guide pipe , the distributor comprising a plurality of outflow ports (Rf, Rg, Rh) to which the lubricating oil led from the oil balancing guide pipe is equally distributed; and a plurality of oil return pipes connecting the outflow ports (Rf, Rg, Rh) and the refrigerant inlet pipes of the main inlet refrigerant pipe to lead the lubricating oil distributed to the outflow ports (Rf, Rg, Rh) of the distributor to the compressors , wherein the main inlet refrigerant pipe comprises a horizontal portion extending along the installation surface of the compressors , and the distributor is fixed to the horizontal portion of the main inlet refrigerant pipe in a horizontal attitude. a main inlet refrigerant pipe including a plurality of refrigerant inlet pipes connected to inlet portions of the compressors ; a plurality of oil balancing pipes extracting the lubricating oil stored in each of the compressors in which a specified amount of the lubricating oil or more is stored, the oil balancing pipes comprising ends connected to the compressors ; an oil storage capsule to which other ends of the oil balancing pipes are connected, and in which the lubricating oil flowing through the oil balancing pipes joins; an oil balancing guide pipe , a distributor connected to the oil storage capsule via the oil balancing guide pipe , the distributor comprising a plurality of outflow ports (Rf, Rg, Rh) to which the lubricating oil led from the oil balancing guide pipe is equally distributed; and a plurality of oil return pipes connecting the outflow ports (Rf, Rg, Rh) and the refrigerant inlet pipes of the main inlet refrigerant pipe to lead the lubricating oil distributed to the outflow ports (Rf, Rg, Rh) of the distributor to the compressors , wherein the main inlet refrigerant pipe comprises a horizontal portion extending along the installation surface of the compressors , and the distributor is fixed to the horizontal portion of the main inlet refrigerant pipe in a horizontal attitude.
Medical imaging device , comprising a user interface device for displaying information relevant to an imaging process to a user and receiving user input relevant to an imaging process and at least one component controllable according to a user command entered using the user interface device, wherein the user interface device comprises at least one pair of mixed reality smartglasses , wherein the smartglasses have a control unit configured to project graphical elements into the field of view of a user wearing the smartglasses , characterized in that the smartglasses comprises a holding means for at least one vision-related surgery or imaging accessory , wherein the smartglasses comprise at least one sensor configured to measure accessory sensor data describing the presence and/or position and/or type of an accessory , wherein the control unit is configured to control the display of graphical elements depending on the accessory sensor data.
4-Amino-3-phenylamino-6-phenylpyrazolo[3,4-d]pyrimidine derivatives of formula
Hanging bag frame for a hanging bag as conveyed material receptacle for transporting conveyed material in a suspended conveyor system, wherein the hanging bag frame comprises: - first and second side wall frames for defining a first and a second side wall , which, facing each other, define a conveyed material receiving area therebetween, wherein each of the side wall frames has an upper (12.1, 14.1) and a lower frame part (12.2, 14.2), - a hinge mechanism with two pivot bearings , preferably in the form of two pivot bearing components , which are provided on opposite side edges of the hanging bag frame and pivotally support at least one of the two lower frame parts (12.2, 14.2) about an associated pivot axis (12.2a, 14.2a), such that at least the lower frame parts (12.2, 14.2) of the first and second side wall frame are unfoldable from a closed position to an open position for opening the conveyed material receiving area , - a locking mechanism with at least one locking element being adjustable between a release position and a locked position and adapted to lock, in the locked position, the lower frame parts (12.2, 14.2) of the first and second side wall frame in the closed position, and - a spreading mechanism which is designed, during or after an adjustment of the at least one locking element from the locked position into the release position, to unfold the lower frame parts (12.2, 14.2) from the closed position to the open position, characterised in that the at least one locking element is provided or supported on one of the pivot bearings to be adjustable between the locked position and the release position. - first and second side wall frames for defining a first and a second side wall , which, facing each other, define a conveyed material receiving area therebetween, wherein each of the side wall frames has an upper (12.1, 14.1) and a lower frame part (12.2, 14.2), - a hinge mechanism with two pivot bearings , preferably in the form of two pivot bearing components , which are provided on opposite side edges of the hanging bag frame and pivotally support at least one of the two lower frame parts (12.2, 14.2) about an associated pivot axis (12.2a, 14.2a), such that at least the lower frame parts (12.2, 14.2) of the first and second side wall frame are unfoldable from a closed position to an open position for opening the conveyed material receiving area , - a locking mechanism with at least one locking element being adjustable between a release position and a locked position and adapted to lock, in the locked position, the lower frame parts (12.2, 14.2) of the first and second side wall frame in the closed position, and - a spreading mechanism which is designed, during or after an adjustment of the at least one locking element from the locked position into the release position, to unfold the lower frame parts (12.2, 14.2) from the closed position to the open position, characterised in that the at least one locking element is provided or supported on one of the pivot bearings to be adjustable between the locked position and the release position.
A coated sheet for use in an additive manufacturing process, the coated sheet comprising: a base polymer layer formed as a first sheet , the base polymer layer being formed of a base polymer material comprising polyetherimide and having a first dielectric loss factor; and a coating polymer layer covering at least a portion of a surface of the first sheet , the coating polymer layer being formed of a coating polymer material comprising polyvinyl alcohol and having a second dielectric loss factor, wherein the second dielectric loss factor of the coating polymer layer is greater than the first dielectric loss factor of the base polymer layer . a base polymer layer formed as a first sheet , the base polymer layer being formed of a base polymer material comprising polyetherimide and having a first dielectric loss factor; and a coating polymer layer covering at least a portion of a surface of the first sheet , the coating polymer layer being formed of a coating polymer material comprising polyvinyl alcohol and having a second dielectric loss factor, wherein the second dielectric loss factor of the coating polymer layer is greater than the first dielectric loss factor of the base polymer layer .