mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: at least one pixel, each of the at least one pixels including, a cell having particles (212,213) charged to different polarities, wherein the magnitude and period of the potential difference are determined based on a gray level that is to be represented by the at least one pixel, and characterized in that each of the at least one pixel further includes: a first transistor configured to adjust a magnitude of a potential difference between ends of the cell, and a second transistor configured to adjust a period during which the potential difference exists between the ends of the cell, and in that the first transistor is adapted to adjust a magnitude of the potential difference by applying a voltage to an end of the cell in response to a received first switching voltage, the received first switching voltage causing the first transistor to turn on, and in that the second transistor is adapted to adjust the period of the potential difference by equalizing electric potential at each end of the cell in response to a received second switching voltage, the second switching voltage causing the second transistor to turn on. at least one pixel, each of the at least one pixels including, a cell having particles (212,213) charged to different polarities, wherein the magnitude and period of the potential difference are determined based on a gray level that is to be represented by the at least one pixel, and characterized in that each of the at least one pixel further includes: a first transistor configured to adjust a magnitude of a potential difference between ends of the cell, and a second transistor configured to adjust a period during which the potential difference exists between the ends of the cell, and in that the first transistor is adapted to adjust a magnitude of the potential difference by applying a voltage to an end of the cell in response to a received first switching voltage, the received first switching voltage causing the first transistor to turn on, and in that the second transistor is adapted to adjust the period of the potential difference by equalizing electric potential at each end of the cell in response to a received second switching voltage, the second switching voltage causing the second transistor to turn on. a first transistor configured to adjust a magnitude of a potential difference between ends of the cell, and a second transistor configured to adjust a period during which the potential difference exists between the ends of the cell, and in that the first transistor is adapted to adjust a magnitude of the potential difference by applying a voltage to an end of the cell in response to a received first switching voltage, the received first switching voltage causing the first transistor to turn on, and in that the second transistor is adapted to adjust the period of the potential difference by equalizing electric potential at each end of the cell in response to a received second switching voltage, the second switching voltage causing the second transistor to turn on.
Production line for producing a fiber web, which production line comprises a forming section comprising at least one headbox (M10; M20; M30) and a forming unit comprising at least one wire (10; 20; 30) and at least one water removal means (11, 15, 16, 17, 21, 25, 31, 35, 56), and which production line comprises a sizing section comprising a sizer with a sizing nip formed between two sizing rolls, wherein the production line comprises at least one application device (C10; C20; C30; C50) located in the forming unit and configured to apply sizing agent in form of foam for inner part sizing of the fiber web and the sizer located in the sizing section comprises at least one application device configured to apply sizing agent for surface sizing of the fiber web.
A hydraulically activated setting tool (1000, 1200) for setting an auxiliary tool in a well, the setting tool comprising: a housing that prevents a well fluid from entering inside the housing; a floating piston and pressure chamber, both placed inside the housing and configured such that the floating piston closes an end of the pressure chamber; an attached piston placed inside the housing and configured to actuate the auxiliary tool; a fluid chamber located between the floating piston and the attached piston, wherein the fluid chamber holds a fluid; and a punch charge placed inside the pressure chamber and configured to make a hole into the housing and a wall of the pressure chamber and to establish a fluid communication between an outside and an inside of the pressure chamber of the housing, wherein the fluid communication makes a well fluid in the well to enter inside the housing and to directly act on the floating piston, which acts on the fluid, which in turn actuates the attached piston. a housing that prevents a well fluid from entering inside the housing; a floating piston and pressure chamber, both placed inside the housing and configured such that the floating piston closes an end of the pressure chamber; an attached piston placed inside the housing and configured to actuate the auxiliary tool; a fluid chamber located between the floating piston and the attached piston, wherein the fluid chamber holds a fluid; and a punch charge placed inside the pressure chamber and configured to make a hole into the housing and a wall of the pressure chamber and to establish a fluid communication between an outside and an inside of the pressure chamber of the housing, wherein the fluid communication makes a well fluid in the well to enter inside the housing and to directly act on the floating piston, which acts on the fluid, which in turn actuates the attached piston.
A bispecific antibody that binds human PD-L1 (SEQ ID NO: 1) and human TIM-3 (SEQ ID NO: 2) comprising: a) a first heavy chain comprising the amino acid sequences of SEQ ID NO: 3, SEQ ID NO: 19, and SEQ ID NO: 22, b) a first light chain comprising the amino acid sequences of SEQ ID NO: 4 and SEQ ID NO: 27, c) a second HC comprising the amino acid sequences of SEQ ID NO: 7, SEQ ID NO: 23, and SEQ ID NO: 26, d) a second LC comprising the amino acid sequences of SEQ ID NO: 10 and SEQ ID NO: 28; and wherein, the first LC forms an inter-chain disulfide bond with the first HC, the second LC forms an inter-chain disulfide bond with the second HC, and the first HC forms two inter-chain disulfide bonds with the second HC, and the first HC and second HC are human IgG1 isotype. a) a first heavy chain comprising the amino acid sequences of SEQ ID NO: 3, SEQ ID NO: 19, and SEQ ID NO: 22, b) a first light chain comprising the amino acid sequences of SEQ ID NO: 4 and SEQ ID NO: 27, c) a second HC comprising the amino acid sequences of SEQ ID NO: 7, SEQ ID NO: 23, and SEQ ID NO: 26, d) a second LC comprising the amino acid sequences of SEQ ID NO: 10 and SEQ ID NO: 28;
A mask comprising: an air chamber; a filter; a fan arrangement for ventilating the mask; a sensor arrangement for detecting a breathing cycle of a user; and a controller which is adapted to: identify a normal cyclic breathing period from the sensor arrangement output, and in response control the fan arrangement in a first mode in synchronism with the cyclic breathing; and characterized in that the controller is further adapted to: identify a disturbed breathing period from the sensor arrangement output, and in response control the fan arrangement in a second mode which is not in synchronism with the timing of inhalation and exhalation. an air chamber; a filter; a fan arrangement for ventilating the mask; a sensor arrangement for detecting a breathing cycle of a user; and a controller which is adapted to: identify a normal cyclic breathing period from the sensor arrangement output, and in response control the fan arrangement in a first mode in synchronism with the cyclic breathing; and characterized in that the controller is further adapted to: identify a disturbed breathing period from the sensor arrangement output, and in response control the fan arrangement in a second mode which is not in synchronism with the timing of inhalation and exhalation. identify a normal cyclic breathing period from the sensor arrangement output, and in response control the fan arrangement in a first mode in synchronism with the cyclic breathing; and characterized in that the controller is further adapted to: identify a disturbed breathing period from the sensor arrangement output, and in response control the fan arrangement in a second mode which is not in synchronism with the timing of inhalation and exhalation.
A beam steering device comprising: a light source emitting light; a substrate; and a two-dimensional matrix array disposed on the substrate, the two-dimensional matrix array comprising a plurality of antenna layers, a plurality of dielectric layers, a plurality of refractive index changing layers and a plurality of electrode layers; the antenna layers being disposed on the substrate; the dielectric layers being disposed on the antenna layers and covering the antenna layers; the refractive index changing layers being disposed on the dielectric layers; and the electrode layers being disposed on the refractive index changing layers; wherein the substrate is transparent with respect to the light emitted from the light source; and wherein the substrate and the antenna layers are disposed such that the light emitted from the light source is incident on the substrate, is transmitted through the substrate and is incident on the antenna layers, wherein the antenna layers are configured to reflect the incident light via localized surface plasmon resonance, and a reflection angle of the light reflected by the antenna layers is variable according to the refractive index of the refractive index changing layers, and wherein the substrate and the antenna layers are disposed such that the light reflected by the antenna layers is transmitted through the substrate. a light source emitting light; a substrate; and a two-dimensional matrix array disposed on the substrate, the two-dimensional matrix array comprising a plurality of antenna layers, a plurality of dielectric layers, a plurality of refractive index changing layers and a plurality of electrode layers; the antenna layers being disposed on the substrate; the dielectric layers being disposed on the antenna layers and covering the antenna layers; the refractive index changing layers being disposed on the dielectric layers; and the electrode layers being disposed on the refractive index changing layers; wherein the substrate is transparent with respect to the light emitted from the light source; and wherein the substrate and the antenna layers are disposed such that the light emitted from the light source is incident on the substrate, is transmitted through the substrate and is incident on the antenna layers, wherein the antenna layers are configured to reflect the incident light via localized surface plasmon resonance, and a reflection angle of the light reflected by the antenna layers is variable according to the refractive index of the refractive index changing layers, and wherein the substrate and the antenna layers are disposed such that the light reflected by the antenna layers is transmitted through the substrate.
Method for operating a safety system of a motor vehicle wherein at least one hazard value is determined from surroundings data describing the environment of the motor vehicle and from ego data relating to the motor vehicle, wherein when at least one action criterion for the hazard value is satisfied, warning information is output to the driver and/or at least one measure, in particular a driving intervention, is carried out in order to increase the safety of the motor vehicle, wherein column lane information, which describes the column behaviour of a column of other vehicles driving ahead of the motor vehicle and which is determined from the surroundings data, is taken into account during the determination of the hazard value, characterised in that at least one column profile, which describes a central path of the column, is determined as column lane information from the position profile (1, 17) of the vehicles in the column over time.
A method for supporting mobility in a user equipment by a macro cell as the user equipment moves into a coverage area of a low power node, the method comprising: receiving a measurement report from the user equipment; selecting an enhanced handover technique for supporting mobility according to the measurement report, and a support factor of the user equipment and of a communications system where the user equipment is operating; and operating (815, 820, 825) the macro cell and the low power node according to the enhanced handover technique, wherein operating the macro cell and the low power node comprises handing the user equipment over to the low power node but retaining an information path from a core network of the communications system to the macro cell, and forwarding, by the macro cell, information intended for the user equipment to the low power node. receiving a measurement report from the user equipment; selecting an enhanced handover technique for supporting mobility according to the measurement report, and a support factor of the user equipment and of a communications system where the user equipment is operating; and operating (815, 820, 825) the macro cell and the low power node according to the enhanced handover technique, wherein operating the macro cell and the low power node comprises handing the user equipment over to the low power node but retaining an information path from a core network of the communications system to the macro cell, and forwarding, by the macro cell, information intended for the user equipment to the low power node.
An autonomous travel-type cleaner comprising: a body including a suction port in a bottom surface; a suction unit mounted on the body; a corner detection unit detecting a corner in an object region; a driving unit driving the body to perform a reciprocating motion; and a control unit controlling the driving unit, wherein the control unit controls the driving unit for the reciprocating motion of the body once the corner is detected by the corner detection unit; the autonomous travel-type cleaner further comprising: a rubbish detection sensor, characterized in that the rubbish detection sensor detects rubbish suctioned from the suction port, wherein the driving unit driving the body is configured to perform the reciprocating motion until the rubbish detection sensor detects no rubbish. a body including a suction port in a bottom surface; a suction unit mounted on the body; a corner detection unit detecting a corner in an object region; a driving unit driving the body to perform a reciprocating motion; and a control unit controlling the driving unit, wherein the control unit controls the driving unit for the reciprocating motion of the body once the corner is detected by the corner detection unit; the autonomous travel-type cleaner further comprising: a rubbish detection sensor, characterized in that the rubbish detection sensor detects rubbish suctioned from the suction port, wherein the driving unit driving the body is configured to perform the reciprocating motion until the rubbish detection sensor detects no rubbish. a rubbish detection sensor, characterized in that the rubbish detection sensor detects rubbish suctioned from the suction port, wherein the driving unit driving the body is configured to perform the reciprocating motion until the rubbish detection sensor detects no rubbish.
Attachment for a material detector device having a search antenna polarization instrument, where the material detector device has a housing (10, 11) with an antenna surface assigned to a detection direction and the attachment can be connected to the housing (10, 11), characterized by a holder (2, 2', 3, 3', 9) comprising two magnets (4, 4') positioned opposite each other with like poles facing each other whose pole surfaces (6, 6', 7, 7') are covered by a tinned copper or oxidized aluminum layer, where the magnets (4, 4') and the copper or aluminum layer have at least one through bore (5, 5'), that through bore (5, 5') extending from one pole surface (6, 6') to the other pole surface (7, 7'), and the magnets (4, 4') can be positioned on the housing (10, 11) of the material detector device by means of the holder (2, 2', 3, 3', 9), wherein the magnets (4, 4') extend perpendicular to the antenna surface and form a magnetic field space in front of the antenna surface.
Hydraulic lifting column, for example for an operating table, comprising a base structure, a head structure and a lifting structure, the lifting structure comprising a hydraulic power unit and hydraulic linear actuators extending between the base structure and the head structure, the hydraulic power unit acting on the hydraulic linear actuators; characterized in that the lifting structure comprising four linear actuator units with a mutually parallel, vertically oriented working direction; each linear actuator unit comprising a double cylinder having two cylinder bores arranged next to one another and two piston structures with piston rods oriented parallel to one another and extendable in opposite directions from the double cylinder; the four lower piston rods are connected to the base structure at the corners of a first quadrilateral and the four upper piston rods are connected to the head structure at the corners of a second quadrilateral.
A program update device that is provided in a vehicle in which a battery can be charged from the outside and which can download rewrite data of a plurality of software programs used in the vehicle when there is the rewrite data of the plurality of programs, and rewrite the plurality of programs with the rewrite data, comprising: an update time acquiring unit that acquires a total rewrite time required to rewrite the plurality of programs; characterized by a charging time acquiring unit that acquires a charging time of the battery; a comparison unit that compares the charging time acquired by the charging time acquiring unit and the total rewrite time acquired by the update time acquiring unit; an update unit that rewrites one or more of the plurality of programs on the basis of the comparison result of the comparison unit; and a lock unit that locks a charging connector before the update unit starts to rewrite the one or more of the plurality of programs and unlocks the charging connector when the update unit ends the rewriting of the one or more of the plurality of programs, wherein when the charging time is less than the total rewrite time, the comparison unit extracts a combination of programs from the plurality of programs capable of being rewritten within the charging time, and the update unit rewrites the extracted combination of programs. an update time acquiring unit that acquires a total rewrite time required to rewrite the plurality of programs; characterized by a charging time acquiring unit that acquires a charging time of the battery; a comparison unit that compares the charging time acquired by the charging time acquiring unit and the total rewrite time acquired by the update time acquiring unit; an update unit that rewrites one or more of the plurality of programs on the basis of the comparison result of the comparison unit; and a lock unit that locks a charging connector before the update unit starts to rewrite the one or more of the plurality of programs and unlocks the charging connector when the update unit ends the rewriting of the one or more of the plurality of programs, wherein when the charging time is less than the total rewrite time, the comparison unit extracts a combination of programs from the plurality of programs capable of being rewritten within the charging time, and the update unit rewrites the extracted combination of programs.
Motor vehicle with at least one hinged vehicle door comprising a door body and frameless window pane that can be moved into and out of the door body, characterised in that provided in the interior of the door body is a device that can be activated as required for the active clamping and releasing of the window pane
Lock-and-key system, in which there is rotatably mounted in a lock cylinder housing a cylinder core, into the key channel of which a flat key can be inserted, the coding on the key front of which, configured in the form of notches, is sensed by tumbler pins, which key has on its side surfaces a profiling and/or additional coding which cooperates with a blocking device that spans the separating plane between the lock cylinder housing and the cylinder core, wherein, in the event that the key fits, the separating plane is released for rotating the cylinder core and thus performing a locking operation, wherein at least one spring-loaded pin is held in a recess of the lock cylinder housing that is open towards the cylinder core, one part of which pin can be pressed by the spring across the separating plane into a recess in the cylinder core, wherein a slide-type blocking element (4, 5) which cooperates with the pin and which is movable in the direction of the key channel is arranged in the cylinder core, which blocking element has querying elements which face towards the key inserted into the key channel and cooperate with a coding on the flat side of the key, the slide-type blocking element is formed of multiple parts and consists of at least one inner slide and one outer slide, wherein the inner slide senses the heights of the coding and the outer slide senses the depths of the coding on the key and, in the event that the coding is suitable, the two slides (4, 5) are positioned one inside the other in such a way that the surfaces of the two slides facing away from the key bear against the separating plane between lock cylinder housing/cylinder core and press the pin so far back into the recess in the lock cylinder housing that the cylinder core can be rotated by the key, whereas, in the event that the key does not fit, the slides (4, 5) expose the recess in the cylinder core to such an extent that the pin dips into the latter and thus permits a rotation of the cylinder core only as far as the point at which the pin butts against the edges (12, 13) of the recess, but prevents a full rotation of the cylinder core, characterized in that the querying elements are balls which are made of a magnetic material and are magnetically held in position on the slides.