mhurhangee/patent-ind-claim-en huggingface dataset:
Passenger car comprising a body which has a vehicle roof having a roof opening , and comprising a roof module that is inserted into the roof opening , which is delimited by transverse elements and longitudinal elements, and that has a module frame having longitudinal frame parts spaced apart from one another in the transverse direction of the vehicle as first frame parts and transverse frame parts spaced apart from one another in the longitudinal direction of the vehicle as second frame parts, via which the longitudinal frame parts are interconnected, and that comprises at least one cover element which is held on the module frame and can be displaced relative to the module frame , at least one of the frame parts being formed in one piece with at least one panel which has at least one visible surface forming part of the outer surface of the passenger car, characterized in that the at least one frame part is connected directly to one of the roof opening transverse elements or roof opening longitudinal elements, as a result of which this roof opening transverse element or roof opening longitudinal element and the at least one frame part form a profile component having a closed hollow cross-section , the roof opening transverse element or the roof opening longitudinal element forming a lower shell and the at least one frame part forming an upper shell of the profile component .
Vibration damper for a motor vehicle, notably for a motor vehicle drivetrain, comprising: - a first element and a second element capable of rotational movement with respect to one another about an axis X; and - a cam follower collaborating with a cam , the cam follower being designed to transmit torque between the first element and the cam , and the cam being designed to transmit torque between the cam follower and the second element ; the cam being connected to the second element by an elastic connection which is designed to deform and allow the cam follower to move over the cam and allow a relative rotation between the first and second elements in order to damp acyclism between the first and second elements, the cam follower comprising: • a stem having a distal end; • a roller , collaborating with the cam, coaxial with the stem ; • rolling bodies arranged in a rolling space which contains a lubricant and is arranged between an external runway borne by the roller and an internal runway borne by the stem so as to allow a relative rotation between the roller and the stem , characterized by • a cover which is arranged facing the distal end of the stem and is fixed fluidtightly over the roller so as to cover the rolling space . - a first element and a second element capable of rotational movement with respect to one another about an axis X; and - a cam follower collaborating with a cam , the cam follower being designed to transmit torque between the first element and the cam , and the cam being designed to transmit torque between the cam follower and the second element ; the cam being connected to the second element by an elastic connection which is designed to deform and allow the cam follower to move over the cam and allow a relative rotation between the first and second elements in order to damp acyclism between the first and second elements, • a stem having a distal end; • a roller , collaborating with the cam, coaxial with the stem ; • rolling bodies arranged in a rolling space which contains a lubricant and is arranged between an external runway borne by the roller and an internal runway borne by the stem so as to allow a relative rotation between the roller and the stem , • a cover which is arranged facing the distal end of the stem and is fixed fluidtightly over the roller so as to cover the rolling space .
An antibody-drug conjugate having a cyclic benzylidene acetal linker represented by formula or formula : wherein, in the formula and the formula , Y is an antibody; D is a drug; R 1 and R 6 are each independently a hydrogen atom or a hydrocarbon group; R 2 , R 3 , R 4 and R 5 are each independently an electron-withdrawing or electron-donating substituent or a hydrogen atom; s is 1 or 2, t is 0 or 1, and s + t is 1 or 2; w is an integer of 1 to 20; and Z 1 and Z 2 are each independently a selected divalent spacer, wherein the antibody is a monoclonal antibody, a single chain monoclonal antibody, a bispecific antibody, a monoclonal antibody fragment that binds to a target cell, a resurfaced monoclonal antibody, a resurfaced single chain monoclonal antibody, a resurfaced monoclonal antibody fragment that binds to a target cell, a human monoclonal antibody, a humanized monoclonal antibody, a humanized single chain monoclonal antibody or a humanized monoclonal antibody fragment that binds to a target cell. wherein, in the formula and the formula , Y is an antibody; D is a drug; R 1 and R 6 are each independently a hydrogen atom or a hydrocarbon group; R 2 , R 3 , R 4 and R 5 are each independently an electron-withdrawing or electron-donating substituent or a hydrogen atom; s is 1 or 2, t is 0 or 1, and s + t is 1 or 2; w is an integer of 1 to 20; and Z 1 and Z 2 are each independently a selected divalent spacer, wherein the antibody is a monoclonal antibody, a single chain monoclonal antibody, a bispecific antibody, a monoclonal antibody fragment that binds to a target cell, a resurfaced monoclonal antibody, a resurfaced single chain monoclonal antibody, a resurfaced monoclonal antibody fragment that binds to a target cell, a human monoclonal antibody, a humanized monoclonal antibody, a humanized single chain monoclonal antibody or a humanized monoclonal antibody fragment that binds to a target cell.
A method performed by a radio node in a radio access network, the method comprising transmitting and/or receiving reference signaling in a mini-slot, the timing of the reference signaling in the mini-slot being determined based on a timing structure configuration of a slot relative to which the mini-slot is positioned within the slot; wherein the mini-slot has a length strictly less than the length of a slot, wherein the timing structure configuration indicates a timing of data signaling and structure reference signaling in the slot, the structure reference signaling indicating the timing of the reference signaling in the slot, wherein the determined timing of reference signaling in the mini-slot coincides with the indicated timing of reference signaling in the slot, and transmitting and/or receiving the reference signaling in the mini-slot.
A method for transmitting a Vehicle-to-X, V2X, message in a wireless communication system, the method performed by a user equipment, UE, and comprising: reserving a plurality of V2X resources based on a first transmission period; detecting a change of a channel busy ratio, CBR, for the plurality of V2X resources; and transmitting, to another UE, the V2X message based on the detection, wherein, based on the CBR being changed after the reserving, the UE transmits the V2X message based on a second transmission period which is changed from the first transmission period, and wherein, based on the CBR being changed after the reserving, the UE transmits, to the another UE, changed transmission period information related to the second transmission period through a physical sidelink control channel, PSSCH. reserving a plurality of V2X resources based on a first transmission period; detecting a change of a channel busy ratio, CBR, for the plurality of V2X resources; and transmitting, to another UE, the V2X message based on the detection, wherein, based on the CBR being changed after the reserving, the UE transmits the V2X message based on a second transmission period which is changed from the first transmission period, and wherein, based on the CBR being changed after the reserving, the UE transmits, to the another UE, changed transmission period information related to the second transmission period through a physical sidelink control channel, PSSCH.
Protective device for an effector of a manipulator, wherein the protective device has a casing with a plurality of chambers , characterised in that the protective device comprises an information technology user interface .
A method comprising: receiving , by a remote control system , a control configuration; interfacing , by the remote control system, via a network , with at least one process equipment ; and remotely controlling , by the remote control system, the at least one process equipment according to the control configuration, wherein remotely controlling the at least one process equipment further comprises: performing a validation test on the control configuration for the remote control system and the at least one process equipment, wherein the validation test is also valid for the local control system, including generating simulated values of process variables by a process equipment other than the at least one process equipment in a final process installation, and transmitting the simulated values to the at least one process equipment, the simulated values to be treated as process variable inputs, wherein the remote control system is a twin of a local control system. receiving , by a remote control system , a control configuration; interfacing , by the remote control system, via a network , with at least one process equipment ; and remotely controlling , by the remote control system, the at least one process equipment according to the control configuration, wherein remotely controlling the at least one process equipment further comprises: performing a validation test on the control configuration for the remote control system and the at least one process equipment, wherein the validation test is also valid for the local control system, including generating simulated values of process variables by a process equipment other than the at least one process equipment in a final process installation, and transmitting the simulated values to the at least one process equipment, the simulated values to be treated as process variable inputs, wherein the remote control system is a twin of a local control system. generating simulated values of process variables by a process equipment other than the at least one process equipment in a final process installation, and transmitting the simulated values to the at least one process equipment, the simulated values to be treated as process variable inputs, wherein the remote control system is a twin of a local control system.
Method for detecting an overload of at least one saw blade of a circular saw for sawing trunks, beams or posts made of wood, in particular of a multi-blade circular saw, characterized in that a sound measurement, in particular airborne sound measurement, of the operating noise of the saw blade is performed, and upon exceeding the sound level in the range of a previously defined frequency range by a predetermined amount for a determined time period, which is caused by the vibration of the saw blade and the saw blades, respectively, in the eigenfrequency, an alarm is triggered or an intervention in the operation of the circular saw is made, for example by stopping the feed.
Hydraulic device for mounting between an earthmoving machine and a tool, comprising one the main axle which is surrounded by a housing , where the housing and main axle have center lines, where the main axle is longer than the housing and where there are main bearings , guide bushings and a clamping plate on the main axle, on either side of the housing , being parts of the device's fixed part , while fitting bolts , loose keys , the housing and locking keys constitute parts of the device's movable part , and where the device furthermore comprises a slide between the housing's inner diameter and the main axle's outer diameter and the housing's inner diameter , where the slide is axially movable due to the fact that the slide is led through the main axle and where the main axle is parallel to the housing's center line , and where furthermore there is a plurality of spiral slots on the outside of the slide with a conformation corresponding to a plurality of loose keys , where the loose keys are connected by a plurality of fitting bolts to the housing and where there are hydraulic channels to hydraulic supply and drain lines in the main bearings .
Formwork element for closing a hole in a ceiling formwork having a plurality of standard formwork elements (12a-12e) that have a closed frame, wherein the formwork element has a frame for supporting a formwork skin in a formwork skin layer , wherein the frame of the formwork element is not fully closed on at least one side, characterized in that the formwork element a) has a first connecting strut to a base strut of the frame on a first leg of the frame and b) has a second connecting strut to the base strut of the frame on a second leg of the frame and the legs of the formwork element are half as long as the legs of at least one standard formwork element (12a-12e) or the legs of the formwork element are of equal length to the legs of at least one standard formwork element (12a-12e). the formwork element a) has a first connecting strut to a base strut of the frame on a first leg of the frame and b) has a second connecting strut to the base strut of the frame on a second leg of the frame and a) has a first connecting strut to a base strut of the frame on a first leg of the frame and b) has a second connecting strut to the base strut of the frame on a second leg of the frame and the legs of the formwork element are half as long as the legs of at least one standard formwork element (12a-12e) or the legs of the formwork element are of equal length to the legs of at least one standard formwork element (12a-12e).
Honeycomb body through which a gas can flow from a first end side to a second end side , produced using at least one metallic film having a top side and a flat electrical conductor , attached thereto in an electrically insulated manner by a base insulation layer , having a cover layer covering the flat electrical conductor in an electrically insulating manner, wherein the metallic film has at least one edge region without the flat electrical conductor and without insulating layers , and wherein the total thickness (D) of the flat electrical conductor together with the insulating layers is less than 80 μm; and using at least one further smooth metallic film and/or corrugated metallic film by coiling and/or alternately layering the metallic films , wherein the metallic films are connected to one another on at least one end side of the honeycomb body by means of a soldered connection , characterized in that the at least one metallic film with the flat electrical conductor is a smooth film which, together with at least one corrugated metallic film which is arranged adjacent and has corrugation crests and corrugation troughs , forms the honeycomb body with channels through which gas can flow, wherein, in an inner region in which the smooth metallic film with the electrical conductor and the insulations thereof is thicker than in an edge region of the corrugated metallic film , the at least one corrugated metallic film has a corrugation height (h) which is reduced by said total thickness (D), and therefore, in the edge region of the corrugated metallic film at the corrugation crests and the corrugation troughs , metallic contacts with the edge region of the smooth metallic film are produced and can be connected by means of soldered connections .
Conveying system for transporting bulk material, having a conveying device and a device , arranged at a discharge end of the conveying device , for deflecting a material stream flowing off from the discharge end of the conveying device , and having a further conveying device , which is arranged downstream of the conveying device in the conveying direction of the material stream, the device for deflecting the material stream being arranged between the conveying device and the further conveying device , the device for deflecting the material stream having a first endless, circumferentially movable impact belt , which is arranged in such a way that it can be exposed to the material flow, wherein the first impact belt is made of at least one traction means provided with rubber or elastomer, and deflection rollers which deflect the first impact belt and are rotatable about axes of rotation (9.1, 10:1) running parallel to one another, wherein in addition to the first impact belt , at least one additional endless, circumferentially movable impact belt is provided, which is arranged substantially parallel to the first impact belt and in such a way that it can be exposed to the material flow, wherein the additional impact belt is also made of at least one traction means provided with rubber or elastomer, wherein the additional impact belt are assigned its own deflection rollers which deflect the additional impact belt and are rotatable about axes of rotation (17.1, 18.1) running parallel to one another, wherein the axes of rotation (17.1, 18.1) of the deflection rollers of the additional impact belt are inclined relative to the axes of rotation (9.1, 10. 1) of the deflection rollers of the first impact belt , so that the first impact belt and the at least one additional impact belt , viewed transversely to the running direction of the impact belts, define impact surfaces (8.1,15.1, 16.1) which are angled with respect to one another, the impact surfaces (8.1, 15.1,16.1) of the directly mutually adjacent impact belts (8, 15 or 8,16) define a trough angle (α1, α2), characterized in that the device for deflecting the material flow has at least one support wheel which is assigned to one of the impact belts and transmits a circulating movement of the further conveyor device following this impact belt in the conveying direction to this impact belt , the further conveyor device being designed as a continuous conveyor , preferably a conveyor belt.
A sound insulating structure body comprising: a plurality of convex-shaped rubber-elastic resonant portions ; and a sheet-like support that supports the resonant portions , wherein the resonant portion has a storage modulus G' obtained from a composite curve of dynamic viscoelasticity according to ISO 6721-4 of 100 MPa or less at 25°C and 10 kHz, the areal density of the support is 1.0 kg/m 2 or less, and characterized in that the resonant portion has a configuration of a single structure body. the resonant portion has a storage modulus G' obtained from a composite curve of dynamic viscoelasticity according to ISO 6721-4 of 100 MPa or less at 25°C and 10 kHz, the areal density of the support is 1.0 kg/m 2 or less, and
Method for the secure display of information in a vehicle fitted with a driving assistance system, the method comprising the following steps: - a step of detection (E1) of an infrastructure element , notably a connected traffic light, likely to have a plurality of statuses; - a step of transmission (E2) of data, relating to the infrastructure element , to the vehicle and of displaying information relating to driving events on a display module of a driving assistance system as a function of said transmitted data; - a step of location (E3) of the vehicle relative to the infrastructure element ; - a step of estimation (E4), in real time, of a time remaining (T i ) for the vehicle to reach the infrastructure element taking into account a longitudinal speed of the vehicle ; - a step of securing (E6) of the display of information, the securing step (E6) comprising a sub step of switching off (E62) of the display of information on the display module and being triggered when the remaining time (T i ) separating the vehicle from the infrastructure element is equal or substantially equal to a predetermined limit time (T L ) separating the vehicle from the structure element; characterized in that the method comprises a step of updating (E8) of the status of the infrastructure element comprising at least one sub step of alerting (E81) of an imminent change of status of the infrastructure element from a first status to a second status via an alert signal comprising a light and/or sound and/or haptic signal. - a step of detection (E1) of an infrastructure element , notably a connected traffic light, likely to have a plurality of statuses; - a step of transmission (E2) of data, relating to the infrastructure element , to the vehicle and of displaying information relating to driving events on a display module of a driving assistance system as a function of said transmitted data; - a step of location (E3) of the vehicle relative to the infrastructure element ; - a step of estimation (E4), in real time, of a time remaining (T i ) for the vehicle to reach the infrastructure element taking into account a longitudinal speed of the vehicle ; - a step of securing (E6) of the display of information,
A system, comprising: an unmanned marine vessel ; and a multi-dimensional seismic sensor array coupled to the unmanned marine vessel , wherein the multi-dimensional seismic sensor array comprising a plurality of seismic sensors in the form of seismic streamers configured to acquire seismic survey data; wherein the multi-dimensional seismic sensor array comprises a frame assembly ; the system characterized in that the frame assembly has members that are configured to rotatably pivot with respect to each other in moveable x-shaped crossing configurations to move the frame assembly between an expanded and a contracted state . an unmanned marine vessel ; and a multi-dimensional seismic sensor array coupled to the unmanned marine vessel , wherein the multi-dimensional seismic sensor array comprising a plurality of seismic sensors in the form of seismic streamers configured to acquire seismic survey data; wherein the multi-dimensional seismic sensor array comprises a frame assembly ; the system characterized in that the frame assembly has members that are configured to rotatably pivot with respect to each other in moveable x-shaped crossing configurations to move the frame assembly between an expanded and a contracted state .
Blasting arrangement for blasting of a blasting cap introduced into a borehole , having a carrier , having a protective plate which is arranged on the carrier and has a cutout , having a drilling module which is arranged on the carrier and is intended for making a borehole in the underlying surface through the cutout , having a blasting module which is arranged on the carrier and is intended for introducing a blasting cap into a borehole through the cutout , having a firing module which is arranged on the carrier and is intended for firing a blasting cap arranged in the borehole and extending into the cutout of the protective plate , having a blasting cap , wherein the blasting cap has a cover which closes off the cutout of the protective plate , wherein the blasting module is configured in such a way that it introduces the blasting cap into the borehole in such a way that it closes off the cutout of the protective plate .