mhurhangee/patent-ind-claim-en huggingface dataset:
Method for assisting a driver, in which method a vehicle automatically carries out a parking driving manoeuvre and in which a parking brake is at least partially activated while the driving manoeuvre is being carried out such that a braking effect is permanently exerted on the wheels of at least one axle such that a drive of the vehicle for moving the vehicle operates counter to the braking effect of the brake installation , wherein at least one operating parameter which is associated with an increase of the braking effect exerted on at least one wheel that is not caused by an actuation is detected and evaluated during the driving manoeuvre, and wherein a braking effect on at least one wheel is reduced as a function of the result of the evaluation, wherein the operating parameter comprises the wheel rotating speeds of the wheels of an axle , and the braking effect on that wheel that has a lower wheel rotating speed than the other wheel is reduced at least partially when a difference of the wheel rotating speeds of the two wheels exceeds a threshold value.
A method of operating a combustor of a turbomachine, the method comprising: injecting, with at least one fuel nozzle , a first mixture of air and a first fuel containing diatomic hydrogen gas into a primary combustion zone of the combustor to generate a first flow of combustion gases having a first temperature; injecting, with one or more premix injectors disposed downstream of the at least one fuel nozzle , a second mixture of air and a second fuel containing diatomic hydrogen gas into a secondary combustion zone of the combustor as a cross-flow to generate a second flow of combustion gases having a second temperature; and separately injecting a third fuel as a pure fuel into secondary combustion zone , the third fuel igniting and mixing with the first flow and the second flow of combustion gases to generate outlet combustion gases having a third temperature. injecting, with at least one fuel nozzle , a first mixture of air and a first fuel containing diatomic hydrogen gas into a primary combustion zone of the combustor to generate a first flow of combustion gases having a first temperature; injecting, with one or more premix injectors disposed downstream of the at least one fuel nozzle , a second mixture of air and a second fuel containing diatomic hydrogen gas into a secondary combustion zone of the combustor as a cross-flow to generate a second flow of combustion gases having a second temperature; and separately injecting a third fuel as a pure fuel into secondary combustion zone , the third fuel igniting and mixing with the first flow and the second flow of combustion gases to generate outlet combustion gases having a third temperature.
A method, performed by an adaptation circuit , comprising the steps of receiving a plurality of signals each from a corresponding optical modem of a plurality of optical modems responsive to an Optical Transport Network, OTN, signal being broken up for transmission as the plurality of signals, wherein each of the plurality of signals was received by the corresponding optical modem connected to a corresponding line , wherein the OTN signal was broken up for transmission by one of a) a same client sent to different optical modems of the plurality of optical modems, and b) two or more clients sent to the plurality of optical modems; reassembling the plurality of signals into the OTN signal where each of the plurality of signals is an Optical channel Transport Unit C1, OTUC1, and the OTN signal is an OTUCn, n > 1, and wherein the plurality of signals take different paths and the reassembling includes deskewing and aligning to recreate the OTN signal.
A workout device for training specific muscles or groups of muscles of a user, comprising: a frame ; a holding element movably supported on the frame , configured to allow the user to exert a force with at least one of his body parts during the workout; a pivot arm that is pivotably supported on the frame by means of a joint and that is operatively connected to the holding element; a receiver for a counter force element that affects the pivot arm and exerts a counter force opposite to the force exerted by the user; an adjustment means operable by the user for adjusting the lever arm for the receiver , comprising a guide where a slide is shiftably guided and where the receiver and a locking pin are provided; and a locking means that locks the locking pin at the pivot arm in a first position, wherein this locking can be released by means of the locking means so that the receiver shifts into a further position; characterized in that the locking means is formed as a locking lever with at least two recesses having a shape corresponding to the shape of the locking pin such that these can accommodate the locking pin in the first position or the further position. a frame ; a holding element movably supported on the frame , configured to allow the user to exert a force with at least one of his body parts during the workout; a pivot arm that is pivotably supported on the frame by means of a joint and that is operatively connected to the holding element; a receiver for a counter force element that affects the pivot arm and exerts a counter force opposite to the force exerted by the user; an adjustment means operable by the user for adjusting the lever arm for the receiver , comprising a guide where a slide is shiftably guided and where the receiver and a locking pin are provided; and a locking means that locks the locking pin at the pivot arm in a first position, wherein this locking can be released by means of the locking means so that the receiver shifts into a further position; characterized in that the locking means is formed as a locking lever with at least two recesses having a shape corresponding to the shape of the locking pin such that these can accommodate the locking pin in the first position or the further position.
Apparatus for manufacturing a component from a moldable material, particularly an expandable or expanded polymer bead material, the apparatus comprising a molding tool comprising a cavity (2.1), the molding tool comprising at least one molding tool part , the at least one molding tool part comprising at least two molding tool part segments (3.1 - 3.3) each comprising a cavity section of the cavity (2.1), wherein the at least two molding tool part segments (3.1 - 3.3) are connected with at least one connection member , wherein the at least one connection member is configured to arrange the at least two molding tool part segments (3.1 - 3.3) in a defined spatial orientation and/or position relative to each other resulting in a cavity configuration which compensates for deformation effects, particularly due to shrinkage effects, particularly due to thermal shrinkage effects, of the moldable material when being molded in the cavity (2.1), characterized in that the at least one molding tool part comprises a support structure (3.5) defining a base plane, wherein the support structure (3.5) is configured to support the at least two molding tool part segments (3.1 - 3.3), wherein at least one of the at least two molding tool part segments (3.1 - 3.3) is fastened to the support structure (3.5) via a fastening device configured to fasten the at least one molding tool part segment (3.1 - 3.3) in at least two different orientations and/or positions with respect to the base plane defined by the support structure (3.5). the molding tool comprising at least one molding tool part , the at least one molding tool part comprising at least two molding tool part segments (3.1 - 3.3) each comprising a cavity section of the cavity (2.1), wherein the at least two molding tool part segments (3.1 - 3.3) are connected with at least one connection member , wherein the at least one connection member is configured to arrange the at least two molding tool part segments (3.1 - 3.3) in a defined spatial orientation and/or position relative to each other resulting in a cavity configuration which compensates for deformation effects, particularly due to shrinkage effects, particularly due to thermal shrinkage effects, of the moldable material when being molded in the cavity (2.1), characterized in that the at least one molding tool part comprises a support structure (3.5) defining a base plane, wherein the support structure (3.5) is configured to support the at least two molding tool part segments (3.1 - 3.3), wherein at least one of the at least two molding tool part segments (3.1 - 3.3) is fastened to the support structure (3.5) via a fastening device configured to fasten the at least one molding tool part segment (3.1 - 3.3) in at least two different orientations and/or positions with respect to the base plane defined by the support structure (3.5).
A connection piece for respiration comprising an opening pointing toward the breathing tube and an opening arranged toward the patient interface and an atmosphere opening that can be closed from the inside at least in part by means of a membrane , characterized in that the connection piece comprises a lateral membrane opening for receiving the membrane in the connection piece and the membrane is held by means of a membrane ring that fully encircles the connection piece .
A wiring board, comprising: an insulating substrate composed of a ceramic sintered compact; and a connection pad disposed on an upper surface part of the insulating substrate, the connection pad including a first portion disposed on the upper surface part of the insulating substrate and a second portion disposed on the first portion and an outer periphery of the second portion being located on an inner side of an outer periphery of the first portion, the second portion of the connection pad being composed of platinum, and at least an exposed surface part of the first portion of the connection pad being composed of platinum containing a ceramic component, characterised by an entirety of the first portion being curved convex downwardly, and the second portion including a plurality of metal layers laminated on top of each other, upper faces of the plurality of metal layers being flat. an insulating substrate composed of a ceramic sintered compact; and a connection pad disposed on an upper surface part of the insulating substrate, the connection pad including a first portion disposed on the upper surface part of the insulating substrate and a second portion disposed on the first portion and an outer periphery of the second portion being located on an inner side of an outer periphery of the first portion, the second portion of the connection pad being composed of platinum, and at least an exposed surface part of the first portion of the connection pad being composed of platinum containing a ceramic component, characterised by an entirety of the first portion being curved convex downwardly, and the second portion including a plurality of metal layers laminated on top of each other, upper faces of the plurality of metal layers being flat.
A polymer-metal compound composite ink, comprising: at least one polymer; at least one metal compound material, the metal compound material being a polyoxometalate compound; and at least one solvent which is used for forming a disperse system in the form of a uniform fluid together with the remaining components in the composite ink. at least one polymer; at least one metal compound material, the metal compound material being a polyoxometalate compound; and at least one solvent which is used for forming a disperse system in the form of a uniform fluid together with the remaining components in the composite ink.
A substrate for purifying a biological liquid comprising a solid phase onto which molecules of at least one oligosaccharide that is capable of binding to one or more antibodies are grafted by covalent bonding, said solid phase carrying free aldehyde functions -CHO, said free aldehyde functions -CHO being present directly on the solid phase, and not on the oligosaccharide molecules.
A method to reduce energy consumption of a vehicle , wherein the vehicle is a truck or a bus equipped with cruise control and a speed limiter, wherein as long as the cruise control is deactivated, the speed of the vehicle is restricted, by the speed limiter, to a certain speed (V1) lower than the maximum speed (V2) authorized on the road for this type of vehicle, said method being characterized in that while cruise control is deactivated and as soon as said certain speed (V1) is reached, a pop-up message is sent to the driver in order to recommend the driver to activate cruise control, and upon activation of cruise control said speed restriction is automatically removed, allowing the vehicle to move faster than said certain speed (V1).
An inductor configured to be cooled by a coolant fluid, the inductor comprising: a ferromagnetic core ; a litz wire conductor encircling the ferromagnetic core ; a first conductive pin conductively attached to the litz wire conductor , and extending from the litz wire conductor to form an external electrical contact for the inductor; a housing configured to retain the fluid , the housing enclosing the ferromagnetic core and the litz wire conductor, and provided with an aperture configured to accept the conductive pin; a bobbin configured to support the litz wire conductor and position the conductive pin in alignment with the aperture; and a seal assembly configured to seal the aperture against egress of the fluid from within the housing . a ferromagnetic core ; a litz wire conductor encircling the ferromagnetic core ; a first conductive pin conductively attached to the litz wire conductor , and extending from the litz wire conductor to form an external electrical contact for the inductor; a housing configured to retain the fluid , the housing enclosing the ferromagnetic core and the litz wire conductor, and provided with an aperture configured to accept the conductive pin; a bobbin configured to support the litz wire conductor and position the conductive pin in alignment with the aperture; and a seal assembly configured to seal the aperture against egress of the fluid from within the housing .
Motor vehicle headlight comprising a housing and a housing opening , a holding cap that covers the housing opening being provided, the holding cap having a holding portion to which an electrically driven fan is fastened, the holding cap having a circular cylindrical transition portion which is tubular and has a circumferential end facing the housing and a circumferential end facing away from the housing , characterized in that three mutually offset flange portions are provided which project from the transition portion in the radial direction and have an opening in order to fasten the holding cap , together with the fan , to a fastening portion of the housing , the holding portion being designed as a planar holding portion which is fastened to the side facing away from the housing and closes the holding cap to the outside, the fan being guided through the housing opening into an interior of the housing , the holding cap and the fastening portion of the housing to which the holding cap is fastened being configured, by the material composition and structural design thereof, to dampen a transfer of mechanical vibrations between the fan and the housing , the fan having a fan frame , the holding cap having fastening means , and the fan frame being fastened to the holding portion by means of the fastening means in such a way that the fan is spaced apart from the holding portion .
Electronic price label , which comprises: communication means for receiving information relating to a product, a display for displaying information relating to a product, and a fastening ring for fastening the electronic price label to a product, characterized in that the electronic price label comprises a frame part , the fastening ring is arranged to function as an antenna of the electronic price label, in which fastening ring a loop is formed, by means of which antenna the electronic price label is adapted to send and receive information to/from a base station of an electronic price label system, wherein the electronic price label further comprises an RFID antenna which is a separate antenna to the fastening ring antenna, which RFID antenna is arranged in connection with the frame part of the electronic price label and/or inside the frame part . communication means for receiving information relating to a product, a display for displaying information relating to a product, and a fastening ring for fastening the electronic price label to a product, characterized in that the electronic price label comprises a frame part , the fastening ring is arranged to function as an antenna of the electronic price label, in which fastening ring a loop is formed, by means of which antenna the electronic price label is adapted to send and receive information to/from a base station of an electronic price label system, wherein the electronic price label further comprises an RFID antenna which is a separate antenna to the fastening ring antenna, which RFID antenna is arranged in connection with the frame part of the electronic price label and/or inside the frame part .
An aircraft comprising: a fuselage ; a first passenger cabin having a first floor ; a split level cabin located in the fuselage forward of the first passenger cabin , the split level cabin including an upper second cabin having a second floor above a level of the first floor , and a lower third cabin beneath the upper second cabin and having a third floor below the level of the first floor , the second cabin comprising a first structure at an interface between the upper second cabin and the first cabin configured to permit traversal between the second cabin and the first cabin and the third cabin comprising a second structure at an interface between the lower third cabin and the first cabin configured to permit traversal between the third cabin and the first cabin; and a lower hold compartment located beneath at least a portion of the lower third cabin , wherein a first portion of the fuselage is substantially adjacent to the second upper and third lower cabins and has a substantially first cross sectional shape along a length of the first portion , wherein a second portion of the fuselage is substantially adjacent to the first passenger cabin and has a substantially second cross sectional shape along a length of the second portion , wherein the first cross sectional shape has a lowered keel line relative to the second cross sectional shape , wherein an aft portion of the lowered keel line of the first portion of the fuselage is aerodynamically faired into an adjacent region of a wing-to-body fairing with a keel line that is no higher than the lowered keel line of the first portion of the fuselage , wherein the aircraft further comprises a crushable zone within the fuselage beneath the lower third cabin for absorbing energy of an impact of the fuselage during a crash landing, and wherein the fuselage further comprises a keel and the crushable zone comprises at least 76,2 cm of vertical height between the third floor and the keel including the lower hold compartment . a fuselage ; a first passenger cabin having a first floor ; a split level cabin located in the fuselage forward of the first passenger cabin , the split level cabin including an upper second cabin having a second floor above a level of the first floor , and a lower third cabin beneath the upper second cabin and having a third floor below the level of the first floor , the second cabin comprising a first structure at an interface between the upper second cabin and the first cabin configured to permit traversal between the second cabin and the first cabin and the third cabin comprising a second structure at an interface between the lower third cabin and the first cabin configured to permit traversal between the third cabin and the first cabin; and a lower hold compartment located beneath at least a portion of the lower third cabin ,
A WiFi-based communication method, comprising: acquiring, by a WiFi network bridge, Long Term Evolution, LTE, communication link information; initiating, by a WiFi terminal, a WiFi connection establishment request to the WiFi network bridge, and establishing a WiFi communication link with the WiFi network bridge; sending, by the WiFi network bridge, authentication request information to a LTE base transceiver station, and after receiving an authentication success response fed by the LTE base transceiver station, establishing a LTE communication link with the LTE base transceiver station according to the acquired LTE communication link information; wherein the authentication request information sent by the WiFi network bridge to the LTE base transceiver station comprises: authentication information of the WiFi network bridge and authentication information of the WiFi terminal; before the authentication success response fed by the LTE base transceiver station is received, the method further comprises: performing an authentication process, by a LTE authentication device of a LTE network, on the WiFi network bridge and the WiFi terminal according to the authentication request information; wherein the authentication information of the WiFi network bridge and the authentication information of the WiFi terminal comprise: USIM card information and certificate information. acquiring, by a WiFi network bridge, Long Term Evolution, LTE, communication link information; initiating, by a WiFi terminal, a WiFi connection establishment request to the WiFi network bridge, and establishing a WiFi communication link with the WiFi network bridge; sending, by the WiFi network bridge, authentication request information to a LTE base transceiver station, and after receiving an authentication success response fed by the LTE base transceiver station, establishing a LTE communication link with the LTE base transceiver station according to the acquired LTE communication link information; wherein the authentication request information sent by the WiFi network bridge to the LTE base transceiver station comprises: authentication information of the WiFi network bridge and authentication information of the WiFi terminal; before the authentication success response fed by the LTE base transceiver station is received, the method further comprises: performing an authentication process, by a LTE authentication device of a LTE network, on the WiFi network bridge and the WiFi terminal according to the authentication request information; wherein the authentication information of the WiFi network bridge and the authentication information of the WiFi terminal comprise: USIM card information and certificate information.