mhurhangee/ep-ind-claims huggingface dataset:
Method for electrically controlling a seat of a vehicle comprising the following steps: - detecting the presence of an occupant on the seat; - detecting a forward movement request of the seat; - authorising the forward movement of the seat in a first range of positions if an occupant is detected in the seat in the detection step; - authorising the forward movement in a second range of positions comprising the first range of positions and an additional forward over-travel range, if no occupants are detected in the seat during the detection step. - detecting the presence of an occupant on the seat; - detecting a forward movement request of the seat; - authorising the forward movement of the seat in a first range of positions if an occupant is detected in the seat in the detection step; - authorising the forward movement in a second range of positions comprising the first range of positions and an additional forward over-travel range, if no occupants are detected in the seat during the detection step.
An automated mix in-cup apparatus for mixing consumable material, the apparatus comprising: a frame supporting a reciprocating carriage, the carriage supporting a mixing motor and a splash shield above a cup-receiving position, the splash shield comprising at least one sidewall and a closed lid and an open bottom end; and a rotatable mixing blade extending from the mixing motor for mixing a consumable material, wherein the motor is operable to rotate the mixing blade; and wherein the apparatus is configured such that the movement of the mixing blade is automatically effected to enter and exit a cup selectively placed at the cup-receiving position, characterized in that the apparatus is further configured such that the movement of the splash shield is automatically effected to contact the frame when the cup is removed, the contact between the splash shield and the frame defines an enclosed space, and the enclosed space comprises the cup-receiving position. a frame supporting a reciprocating carriage, the carriage supporting a mixing motor and a splash shield above a cup-receiving position, the splash shield comprising at least one sidewall and a closed lid and an open bottom end; and a rotatable mixing blade extending from the mixing motor for mixing a consumable material, wherein the motor is operable to rotate the mixing blade; and wherein the apparatus is configured such that the movement of the mixing blade is automatically effected to enter and exit a cup selectively placed at the cup-receiving position, characterized in that the apparatus is further configured such that the movement of the splash shield is automatically effected to contact the frame when the cup is removed, the contact between the splash shield and the frame defines an enclosed space, and the enclosed space comprises the cup-receiving position.
A labeling machine with a labeling device that features a feed mechanism (2.1) for supplying a carrier film provided with removable labels and a transfer mechanism (2.2) for transferring the labels from the carrier film onto an object to be labeled, wherein the labeling machine furthermore features a winding device for winding up a section (3.1) of the carrier film that has been cleared of labels, comprising - at least one guide mechanism (6.1) with a guide element (6.11), along which the carrier film section (3.1) can be guided in a transport direction, and - a winding mechanism (6.2) that is arranged downstream of the at least one guide element (6.11) and features fixing means (6.21), on which a loose end section (3.11) of the carrier film section (3.1) can be fixed, wherein the fixing means (6.21) are arranged on a winding core (6.22) that is rotatable about a rotational axis and follow a rotational movement of the winding core (6.22), characterized in that the winding mechanism (6.2) features fixing means (6.21) in the form of at least two pins (6.21) that extend parallel to the rotational axis of the winding core (6.22), as well as parallel to one another, and are spaced apart from one another in the radial direction (r), wherein at least one of the pins (6.21) can be moved between a protruding position and a retracted position, in which the respective pin (6.21) does not protrude as far or not at all, independently of at least one other of the pins (6.21). - at least one guide mechanism (6.1) with a guide element (6.11), along which the carrier film section (3.1) can be guided in a transport direction, and - a winding mechanism (6.2) that is arranged downstream of the at least one guide element (6.11) and features fixing means (6.21), on which a loose end section (3.11) of the carrier film section (3.1) can be fixed, wherein the fixing means (6.21) are arranged on a winding core (6.22) that is rotatable about a rotational axis and follow a rotational movement of the winding core (6.22),
A method of operation for a laser-generated windshield display where a laser directs a collimated energy beam onto a display region of a windshield, characterized in that the method of operation comprises the steps of: (a) providing, outside the display region but within a deflection range of the energy beam, a reflective target deflecting the beam (32") onto a sensor; (b) controlling (22, 46) said laser to deflect said energy beam in a direction to impinge on said reflective target and sampling (22, 48) an output of said sensor to detect the presence of a feedback signal that occurs when said energy beam is reflected onto said sensor by said reflective target; and (c) controlling (22, 50, 52, 58) said laser to deflect said energy beam onto said display region to produce a laser-generated image if the presence of said feedback signal is detected, but otherwise turning-off said laser. (a) providing, outside the display region but within a deflection range of the energy beam, a reflective target deflecting the beam (32") onto a sensor; (b) controlling (22, 46) said laser to deflect said energy beam in a direction to impinge on said reflective target and sampling (22, 48) an output of said sensor to detect the presence of a feedback signal that occurs when said energy beam is reflected onto said sensor by said reflective target; and (c) controlling (22, 50, 52, 58) said laser to deflect said energy beam onto said display region to produce a laser-generated image if the presence of said feedback signal is detected, but otherwise turning-off said laser.
Floor treatment device comprising a base device and an attachment device which can be detachably connected to the base device, wherein the base device has at least one first electric consumer and the attachment device has at least one second electric consumer, wherein the floor treatment device further has an accumulator for supplying energy to the electric consumers (4, 5) and has protective electronics which define a maximum power output of the accumulator that is determined by the operating limits of the accumulator, which power output, if exceeded, would lead to the attachment device or floor treatment device switching off, wherein the floor treatment device has a control apparatus for detecting and controlling a power consumption of the first consumer of the base device that is required for its current operation and a power consumption of the second consumer of the attachment device that is required for its current operation, wherein the control apparatus is designed to calculate a power consumption sum from the power consumptions currently required by the first consumer and the second consumer, to compare the power consumption sum with the defined maximum power output of the accumulator and, when the maximum power output of the accumulator is exceeded, to reduce a power consumption of at least the first or second consumer (4, 5) to an amount not equal to zero, wherein the base device has an accumulator management system which manages the powers that are taken from the accumulator, specifically assigns power as required to the first and second consumers (4, 5) and distributes the available maximum power output of the accumulator to the first and second consumer (4, 5) such that the first or second consumer (4, 5) or the attachment device and/or base device is not switched off, wherein the floor treatment device has a data memory assigned to the control apparatus, in which memory a defined ranking of the first and second consumer (4, 5) is stored for the purpose of energy supply, wherein the control apparatus is designed to reduce a power consumption of the first or second consumer (4, 5) defined as subordinate in the ranking when a particular comparison result is present and/or maintain or increase the power consumption of the first or second consumer (4, 5) defined as superior in the ranking.
Multifunctional composite material comprising a polymeric matrix filled with electrically conductive nanoparticles combined with a self-healing molecular filler selected in the group consisting of molecules and oligomers containing groups acting as donors and acceptors of hydrogen bonds, wherein said self-healing molecular filler is one of the following compounds and wherein said conductive nanoparticles are selected in the group consisting of carbon nanotubes, carbon nanofibers, exfoliated graphite nanoparticles, expanded graphite nanoparticles, graphene-based nanoparticles and mixtures thereof. wherein said self-healing molecular filler is one of the following compounds and wherein said conductive nanoparticles are selected in the group consisting of carbon nanotubes, carbon nanofibers, exfoliated graphite nanoparticles, expanded graphite nanoparticles, graphene-based nanoparticles and mixtures thereof.
A computer-implemented method for performing vehicle spot dispatch, comprising: receiving a plurality of user commands each including a respective instruction to locate an available parking space; enqueueing each of the user commands in a parking space request queue; analyzing an image of a parking area using two or more machine learning models to identify one or more available parking spaces; wherein at least one of the two or more machine learning models is a vehicle object detection machine learning model that outputs a vehicle type flag denoting a vehicle type, and wherein at least one of the two or more machine learning models is a spot detection machine learning model that identifies a list of electric vehicle parking spaces; and for each of the one or more identified available parking spaces: dequeueing a user command from the parking space request queue, and notifying the user corresponding to the user command of an identification of one of the identified available parking spaces. receiving a plurality of user commands each including a respective instruction to locate an available parking space; enqueueing each of the user commands in a parking space request queue; analyzing an image of a parking area using two or more machine learning models to identify one or more available parking spaces; wherein at least one of the two or more machine learning models is a vehicle object detection machine learning model that outputs a vehicle type flag denoting a vehicle type, and wherein at least one of the two or more machine learning models is a spot detection machine learning model that identifies a list of electric vehicle parking spaces; and wherein at least one of the two or more machine learning models is a vehicle object detection machine learning model that outputs a vehicle type flag denoting a vehicle type, and wherein at least one of the two or more machine learning models is a spot detection machine learning model that identifies a list of electric vehicle parking spaces; and for each of the one or more identified available parking spaces: dequeueing a user command from the parking space request queue, and notifying the user corresponding to the user command of an identification of one of the identified available parking spaces. dequeueing a user command from the parking space request queue, and notifying the user corresponding to the user command of an identification of one of the identified available parking spaces.
Mattress carrier comprising a base structure to which compressible means can be attached directly or indirectly, wherein the base structure comprises an opening (3, 11) and that said mattress carrier comprises a panel (4, 5) which can be moved through the opening (3, 11) and to which compressible means can be attached directly or indirectly, characterized in that said panel (4, 5) is movable between a top position in which said panel (4, 5) extends in a plane located above the plane of the base structure, and a bottom position in which said panel (4, 5) extends in a plane located below the plane of the base structure.
Control method for regulating an electric motor for the pushing aid of an electric bicycle at least comprising the steps • detecting activation of the pushing aid, and • detecting a current inclination angle (α) of the electric bicycle with respect to the transverse axis of the electric bicycle, characterized in that the method comprises the following steps • sensing an acceleration (a z) of the electric bicycle in the direction of the vertical axis, • determining a target speed (v ziel) as a function of a maximum speed (v max) and the sensed connection angle (α) of the electric bicycle and the sensed acceleration (a z), and • regulating the electric motor as a function of the determined target speed (v Ziel). • detecting activation of the pushing aid, and • detecting a current inclination angle (α) of the electric bicycle with respect to the transverse axis of the electric bicycle, characterized in that the method comprises the following steps • sensing an acceleration (a z) of the electric bicycle in the direction of the vertical axis, • determining a target speed (v ziel) as a function of a maximum speed (v max) and the sensed connection angle (α) of the electric bicycle and the sensed acceleration (a z), and • regulating the electric motor as a function of the determined target speed (v Ziel).
A method of wireless communication, comprising: communicating, by a first wireless communication device with a second wireless communication device, a first slot format indicator, SFI, for a first set of slots, via a first DCI message using a DCI format for indicating slot format on GC-PDCCH; communicating, by the first wireless communication device with the second wireless communication device, a second SFI for a second set of slots, via a second DCI message using the DCI format, the second set of slots overlapping with the first set of slots in time; and communicating, by the first wireless communication device with the second wireless communication device, a communication signal based on at least one of the first SFI or the second SFI, wherein the first set of slots includes at least one slot earlier in time than the second set of slots, and wherein the first set of slots and the second set of slots include at least one common slot, wherein the first SFI and the second SFI include common direction information for the at least one common slot. communicating, by a first wireless communication device with a second wireless communication device, a first slot format indicator, SFI, for a first set of slots, via a first DCI message using a DCI format for indicating slot format on GC-PDCCH; communicating, by the first wireless communication device with the second wireless communication device, a second SFI for a second set of slots, via a second DCI message using the DCI format, the second set of slots overlapping with the first set of slots in time; and communicating, by the first wireless communication device with the second wireless communication device, a communication signal based on at least one of the first SFI or the second SFI, wherein the first set of slots includes at least one slot earlier in time than the second set of slots, and wherein the first set of slots and the second set of slots include at least one common slot, wherein the first SFI and the second SFI include common direction information for the at least one common slot.
A solar cell comprising: a substrate of a first conductive type; a first doped region positioned at a first surface of the substrate and containing impurities of a second conductive type different from the first conductive type; and a first electrode part electrically connected to the first doped region, wherein the first electrode part includes a thermosetting resin, and first and second conductive particles (P1, P2) distributed in the thermosetting resin, and the second conductive particles have a work function greater than the first conductive particles and form silicide at an interface contacting the first doped region, characterized in that the first conductive particles are formed of silver (Ag) particles, and the second conductive particles are formed of nickel (Ni) particles, the formed silicide is nickel silicide, and the nickel particles are about 15 wt% to 25 wt% based on the total weight of the silver particles and the nickel particles. a substrate of a first conductive type; a first doped region positioned at a first surface of the substrate and containing impurities of a second conductive type different from the first conductive type; and a first electrode part electrically connected to the first doped region, wherein the first electrode part includes a thermosetting resin, and first and second conductive particles (P1, P2) distributed in the thermosetting resin, and the second conductive particles have a work function greater than the first conductive particles and form silicide at an interface contacting the first doped region,
A light module for a motor vehicle lighting and/or signalling optical unit, comprising first means for emitting light rays of a first color and second means for emitting light rays of a second color arranged on the same support plate, as well as a light guide comprising a substantially flat transparent body capable of receiving said light rays of different colors coming from said first and second light means (11, 12) and of guiding them towards the same front output face; the transparent body extending perpendicularly to the support plate, its mean plane merging with the median longitudinal plane of this same support plate, characterized in that the said first and second emission means (11, 12) have emission axes (A1, A2) substantially perpendicular to the mean plane of the said transparent body, being arranged respectively on either side of the said transparent body in such a way that their light rays penetrate this body via two opposite input faces (21C, 21D) of the latter.
A transseptal insertion device which is suitable for facilitating precise and safe transseptal puncture of a cardiac interatrial septum, comprising: a sheath that defines at least one lumen therein and has a distal end that is closest to the cardiac interatrial septum of a patient when the transseptal insertion device is in use and a proximal end that is external to the patient; a balloon that is connected to the distal end of the sheath, wherein the balloon, when inflated and the transseptal insertion device is in use, overhangs and extends past the distal end of the sheath, preventing accidental puncturing of the cardiac interatrial septum and stabilizing the transseptal insertion device against fossa ovalis of the cardiac interatrial septum; and a dilator that is positioned within the at least one lumen when the transseptal insertion device is in use, wherein the dilator has a distal end characterised in that the dilator is designed to and is capable of precisely puncturing the cardiac interatrial septum without the use of a needle or other sharp instrument, and in that the dilator includes a dilator seal that is greater in diameter than the lumen and provides a water-tight seal of the lumen while the dilator seal remains within the lumen, and wherein the sheath further comprises inflation ports communicatively coupling the lumen to the balloon so that inflation liquid may be passed through lumen into the balloon, inflating the balloon. a sheath that defines at least one lumen therein and has a distal end that is closest to the cardiac interatrial septum of a patient when the transseptal insertion device is in use and a proximal end that is external to the patient; a balloon that is connected to the distal end of the sheath, wherein the balloon, when inflated and the transseptal insertion device is in use, overhangs and extends past the distal end of the sheath, preventing accidental puncturing of the cardiac interatrial septum and stabilizing the transseptal insertion device against fossa ovalis of the cardiac interatrial septum; and a dilator that is positioned within the at least one lumen when the transseptal insertion device is in use, wherein the dilator has a distal end characterised in that the dilator is designed to and is capable of precisely puncturing the cardiac interatrial septum without the use of a needle or other sharp instrument, and in that the dilator includes a dilator seal that is greater in diameter than the lumen and provides a water-tight seal of the lumen while the dilator seal remains within the lumen, and wherein the sheath further comprises inflation ports communicatively coupling the lumen to the balloon so that inflation liquid may be passed through lumen into the balloon, inflating the balloon.
A method for processing contact information for a wireless terminal, the method comprising: setting (101, 202) a contact list on a display; selecting (102, 203) a contact from the contact list; binding (103, 204) contact information of the selected contact to a specific area of the display; obtaining, from a network, service information corresponding to the contact information of the selected contact; displaying the service information on the specific area of the display; characterized in that the contact information of the selected contact is an instant communication number; the obtaining step comprises: obtaining the service information corresponding to the instant communication number from the network; and the service information is updated dynamically. setting (101, 202) a contact list on a display; selecting (102, 203) a contact from the contact list; binding (103, 204) contact information of the selected contact to a specific area of the display; obtaining, from a network, service information corresponding to the contact information of the selected contact; displaying the service information on the specific area of the display; characterized in that the contact information of the selected contact is an instant communication number; the obtaining step comprises: obtaining the service information corresponding to the instant communication number from the network; and the service information is updated dynamically.
Method for producing a cooking chamber of a cooking appliance, the cooking chamber being delimited by a first component, the first component consisting, at least in part, of at least one metal material, said component being provided, in at least one first surface region, with an electrically non-conductive glass-like coating which is in particular formed as an enamel layer, and said component being provided, in at least one second surface region, with an electrically conductive coating, characterised in that the method comprises the following production steps: producing the electrically non-conductive glass-like coating and in the process recessing regions, and providing the regions with the electrically conductive coating in a further coating operation. producing the electrically non-conductive glass-like coating and in the process recessing regions, and providing the regions with the electrically conductive coating in a further coating operation.