mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display; a motor configured to rotate the display; a sensor configured to sense a rotation of the display; and a processor configured to based on an event for rotating the display from a first posture to a second posture occurring, output, to the motor, a driving signal for rotating the display in a first direction, identify whether the display is collided with an object while the display is rotating, based on the driving signal output to the motor and a signal received from the sensor while the display is rotating, and based on identifying that the display is collided with the object, output, to the motor, a driving signal for rotating the display in a second direction, opposite to the first direction. a display; a motor configured to rotate the display; a sensor configured to sense a rotation of the display; and a processor configured to based on an event for rotating the display from a first posture to a second posture occurring, output, to the motor, a driving signal for rotating the display in a first direction, identify whether the display is collided with an object while the display is rotating, based on the driving signal output to the motor and a signal received from the sensor while the display is rotating, and based on identifying that the display is collided with the object, output, to the motor, a driving signal for rotating the display in a second direction, opposite to the first direction.
Method for generating a direction signal indicating a direction in which an intermittent earth fault in an electrical energy supply network is located, wherein zero current measurement values indicating a zero current and zero voltage values indicating a zero voltage are detected and are used by a protection apparatus to form the direction signal, wherein - current peak values are determined as that portion from the profile of the zero current measurement values which comprises at least one current peak indicating an intermittent earth fault; and - the phase angle of the profile of the current peak values is compared with the phase angle of the profile of the zero voltage measurement values; characterized in that - the zero current measurement values and the zero voltage measurement values are detected at the same measurement location of the energy supply network; and - a direction signal is generated which indicates an intermittent earth fault situated in the forward direction with respect to the measurement location if the phase angle of the current peak values corresponds to the phase angle of the zero voltage values. - current peak values are determined as that portion from the profile of the zero current measurement values which comprises at least one current peak indicating an intermittent earth fault; and - the phase angle of the profile of the current peak values is compared with the phase angle of the profile of the zero voltage measurement values; - the zero current measurement values and the zero voltage measurement values are detected at the same measurement location of the energy supply network; and - a direction signal is generated which indicates an intermittent earth fault situated in the forward direction with respect to the measurement location if the phase angle of the current peak values corresponds to the phase angle of the zero voltage values.
A method for cultivating a plant to facilitate growth of the plant by radiating a microwave, comprising: radiating the microwave onto a sprout or a seedling of a cultivation object for a predetermined time at a predetermined timing provided after a seed or a bulb of the cultivation object germinates to form the sprout, the method being characterized in that the microwave is radiated, while an output of the microwave is not more than 50 W and a radiation time is not more than 120 minutes.
An additive system for wood polymer composites comprising: at least one maleic anhydride grafted polymer coupling agent; at least one second coupling agent selected from among silane and siloxane; at least one peroxide crosslinking agent; and an amine compound. at least one maleic anhydride grafted polymer coupling agent; at least one second coupling agent selected from among silane and siloxane; at least one peroxide crosslinking agent; and an amine compound.
An insulating container for hot drinks or the like, comprising: a) a generally frusto-conical cup body, the cup body having an inner surface and an outer surface; b) a generally frusto-conical shell, the shell having an inner surface and an outer surface; wherein c) the cup body is seated within the shell so as to define there between a gap in a lower section of the container; and d) the outer surface of the cup body and the inner surface of the shell are in contact along a contact path located near the upper edge of the shell, wherein said contact path is an annular path; characterized in that i) a thermo-sealable plastic coating is coated over the entire inner surface of the shell; said plastic coating disposed along said contact path; and ii) the shell is bonded to the outer surface of the cup body by said plastic coating, wherein the bond (1, 2) was formed by, at the contact path, heating said plastic coating to its melting point and pressing the shell and cup body together, and wherein said bond (1, 2) is only locally formed within the contact path and localized by bonding-free parts of said contact path wherein a plurality of discrete bonds (1, 2) between the cup body and shell are formed along said contact path. a) a generally frusto-conical cup body, the cup body having an inner surface and an outer surface; b) a generally frusto-conical shell, the shell having an inner surface and an outer surface; wherein c) the cup body is seated within the shell so as to define there between a gap in a lower section of the container; and d) the outer surface of the cup body and the inner surface of the shell are in contact along a contact path located near the upper edge of the shell, wherein said contact path is an annular path; i) a thermo-sealable plastic coating is coated over the entire inner surface of the shell; said plastic coating disposed along said contact path; and ii) the shell is bonded to the outer surface of the cup body by said plastic coating, wherein the bond (1, 2) was formed by, at the contact path, heating said plastic coating to its melting point and pressing the shell and cup body together, and wherein said bond (1, 2) is only locally formed within the contact path and localized by bonding-free parts of said contact path wherein a plurality of discrete bonds (1, 2) between the cup body and shell are formed along said contact path.
A packaged liquid or gel formulation comprising (a) water-soluble particles, (b) a dye-transfer inhibiting polymer, and, (c) an optical benefit agent, Wherein, i) optical benefit agent (c) and dye-transfer inhibiting polymer (b) are spatially segregated, and, ii) polymer (b) is present in particles (a) and agent (c) is present in the bulk of the formulation, and, iii) optical benefit agent (c) is fluorescer. (a) water-soluble particles, (b) a dye-transfer inhibiting polymer, and, (c) an optical benefit agent, i) optical benefit agent (c) and dye-transfer inhibiting polymer (b) are spatially segregated, and, ii) polymer (b) is present in particles (a) and agent (c) is present in the bulk of the formulation, and, iii) optical benefit agent (c) is fluorescer.
A surgical stabilizer plate, comprising a plate portion for stabilizing a human or animal spine by being placed ventrally of the spinal column and being affixed to two or more different vertebral bodies, and further comprising a plurality of fastening portions adapted to be anchored in the different vertebral bodies, at least one of the fastening portions being rigidly connected to the plate portion and comprising a sheath element with a longitudinal opening that is accessible from a proximal side and at least one hole that reaches from the longitudinal opening to an outside, the stabilizer plate further comprising per sheath element a thermoplastic element inserted or insertable in the sheath element and capable of being liquefied by energy acting on the thermoplastic element, wherein the hole is positioned so that liquefied thermoplastic material is pressable through the hole into bone tissue of the vertebral body in which the fastening portion is to be anchored, wherein the at least one fastening portion comprises a stabilizing structure capable of absorbing mechanical loads on the stabilizer plate, wherein the plate portion is non-plane, and wherein the stabilizer plate comprises at least four fastening portions.
A fiber or yarn comprising a blend composition comprising a first aromatic polyester selected from the group consisting of poly(trimethylene terephthalate), poly(ethylene naphthalate), poly(ethylene isophthalate), poly(trimethylene isophthalate), poly(butylene isophthalate), mixtures thereof, and copolymers thereof, and a second aromatic polyester in contact therewith, wherein the second aromatic polyester is present in the blend composition at a concentration; and, wherein the second aromatic polyester comprises a molar concentration of fluorovinylether functionalized repeat units represented by structure I wherein, Ar represents a benzene or naphthalene radical; each R is independently H, C 1 -C 10 alkyl, C 5 -C 15 aryl, C 6 -C 20 arylalkyl; OH, or a radical represented by the structure with the proviso that only one R can be OH or the radical represented by the structure II; R 1 is a C 2 - C 4 alkylene radical which can be branched or unbranched; X is O or CF 2; Z is H or Cl; a = 0 or 1; and, Q represents the structure (la) wherein q = 0 - 10; Y is O or CF 2; R f 1 is (CF 2) n, wherein n is 0-10; and, R f 2 is (CF 2)p, wherein p is 0-10, with the proviso that when p is 0, Y is CF 2.
Retaining part for connecting two visible profiles (101, 102, 103), having a base plate which forms at least one support surface (3, 4 or 54) for each of the two visible profiles (101, 102, 103) and has at least one mounting opening for fastening means for mounting the retaining part (1, 51), and having a first web (8 or 58) projecting from the base plate, which is provided between the first support surface for the first visible profile which can be fastened to the retaining part (1, 51) and the second support surface (4 or 54) for the second visible profile (102, 103) which can be placed loosely on the retaining part, and which first web (8 or 58) forms a stop for a longitudinal side of the first visible profile, wherein the mounting opening, as viewed from the first support surface, is provided after the first web (8 or 58) in the base plate, wherein the retaining part (1, 51) comprises a second web which projects from the base plate and is designed such that it can engage in a base-side groove on the broad side of the first visible profile and, together with the first web (8 or 58), which is designed to be engageable in a longitudinal-side groove on the longitudinal side of the first visible profile, forms a snap connection for fastening the first visible profile to the retaining part (1, 51), characterized in that the first web projects at its head in its web width from a longitudinal edge, more particularly from both longitudinal edges, of the base plate, and in that the web width of the first web increases towards its head.
A measuring device for measuring physiological data of a mammal for determining at least one condition parameter of the animal, comprising a measuring unit, to be worn by the mammal, with a first and second module (12, 14) to be arranged opposite a skin part of the mammal, which first module comprises a light source for generating light and which second module comprises a sensor unit for measuring an intensity of a fraction (Lm) of the light received via that skin part and for delivering a measuring signal (S L) which is indicative of the measured value of the intensity, wherein the first module and second module are designed to be arranged mutually on opposite sides of the skin part, wherein the measuring device is designed for pulsewise activating the light source, wherein the measuring signal is indicative of the value of the intensity measured during the pulsewise activation, wherein the measuring device is characterized in that it is provided with synchronization means for synchronously activating the light source and the second module, wherein the synchronization means comprise an energy transmitting unit (126;144) which is part of one of the first and the second module and comprise a detector (148;124) which is part of the other one of the first and the second module, wherein in an operating condition the energy transmitting unit (126;144) pulsewise generates an electromagnetic field, and the detector receives this field and generates therefrom a supply voltage for use in that other module.
Silo for bulk material, wherein the silo is cylindrical, wherein a conical hood is arranged in the interior of the silo, wherein a first storage region is arranged above the conical hood, wherein the silo has a fluidizing apparatus for fluidizing the bulk material in the first storage region, wherein the fluidizing apparatus has at least one first ventilation element, wherein the conical hood has at least one first lead-through, characterized in that the at least one first ventilation element is able to be inserted into and removed from the first storage region through the first lead-through, wherein, after removal of the first ventilation element, the first lead-through is in a closed-off state.
A method for controlling an auxiliary power unit, comprising: detecting an operating condition of the APU; determining at least one of a pneumatic demand and an electric demand on the APU; determining an optimal APU frequency in response to the operating condition and at least one of the pneumatic and electric demand; and setting an angular velocity of the APU to the optimal APU frequency; characterised in that the operating condition comprises at least one of an exhaust gas temperature, an altitude, or an air speed. detecting an operating condition of the APU; determining at least one of a pneumatic demand and an electric demand on the APU; determining an optimal APU frequency in response to the operating condition and at least one of the pneumatic and electric demand; and setting an angular velocity of the APU to the optimal APU frequency;
An electrical vehicle heater, in particular for vehicles having a hybrid drive or having an electric drive, comprising - a heating module provided with - a carrier body having two opposite main outside surfaces (20, 21), - wherein the carrier body - when observed in the direction of one of the two main outside surfaces (20, 21) - is divided into two adjacent heating zones (16, 18), and - wherein the carrier body is provided with at least one heating element in each heating zone (16, 18), and - a control unit for controlling the heating elements independently of each other, characterized by - at least one heat exchanger (42, 48) for dissipating thermal energy to a heat transport medium, the heat exchanger being thermally coupled to the carrier body, - the carrier body comprises a ceramic substrate, the heating elements are respectively formed as heating conductor paths, and each heating conductor path is covered with one or a plurality of cover elements (36, 37) fixedly connected with the ceramic substrate, - wherein, in at least one edge region, the ceramic substrate has a protruding portion projecting beyond the cover element (36, 37), and - wherein the components of a control unit for the heating elements are arranged in the protruding portion of the ceramic substrate and thus in a region of the carrier body outside the heating zones (16, 18). - a heating module provided with - a carrier body having two opposite main outside surfaces (20, 21), - wherein the carrier body - when observed in the direction of one of the two main outside surfaces (20, 21) - is divided into two adjacent heating zones (16, 18), and - wherein the carrier body is provided with at least one heating element in each heating zone (16, 18), and - a control unit for controlling the heating elements independently of each other, - a carrier body having two opposite main outside surfaces (20, 21), - wherein the carrier body - when observed in the direction of one of the two main outside surfaces (20, 21) - is divided into two adjacent heating zones (16, 18), and - wherein the carrier body is provided with at least one heating element in each heating zone (16, 18), and - a control unit for controlling the heating elements independently of each other, - at least one heat exchanger (42, 48) for dissipating thermal energy to a heat transport medium, the heat exchanger being thermally coupled to the carrier body, - the carrier body comprises a ceramic substrate, the heating elements are respectively formed as heating conductor paths, and each heating conductor path is covered with one or a plurality of cover elements (36, 37) fixedly connected with the ceramic substrate, - wherein, in at least one edge region, the ceramic substrate has a protruding portion projecting beyond the cover element (36, 37), and - wherein the components of a control unit for the heating elements are arranged in the protruding portion of the ceramic substrate and thus in a region of the carrier body outside the heating zones (16, 18).
Manipulator for manipulating over-edges of a plastic film wrapped on containers for making a bundle of containers of the type comprising a vertical support rod provided with a motorization for rotating around own vertical axis; said rod supporting: - means for stretching and drawing said over-edges alongside said containers; characterized in that it also supports - means for pressing said over-edges against said containers; wherein said means for stretching and for drawing alongside and said means for pressing are arranged one above the other along the development of said vertical support rod. - means for stretching and drawing said over-edges alongside said containers; - means for pressing said over-edges against said containers;
A packaging device for articles, such as beverage containers or the like, comprising: - at least one transport device, - at least one transfer device, which can receive a packaging means already unfolded into a cardboard box and/or outer packaging and transfer it to the at least one transport device, and - at least one manipulator designed for inserting articles into packaging means already unfolded into a cardboard box and/or outer packaging, wherein packaging means already unfolded into a cardboard box and/or outer packaging can be aligned by means of the at least one transfer device, thereby bringing the packaging means into an orientation, which orientation is adapted to the respective insertion of articles via the at least one manipulator or by means of the at least one manipulator, - an erecting device, designed for forming cardboard boxes and/or outer packaging by unfolding packaging means and for transferring packaging means already unfolded into a cardboard box and/or outer packaging to the at least one transfer device and/or to a transfer tool, which is designed as a component of the at least one transfer device, characterized in that the at least one transfer device and/or the transfer tool, which is designed as a component of the at least one transfer device, can be moved back and forth between the transport device and the erecting device. - at least one transport device, - at least one transfer device, which can receive a packaging means already unfolded into a cardboard box and/or outer packaging and transfer it to the at least one transport device, and - at least one manipulator designed for inserting articles into packaging means already unfolded into a cardboard box and/or outer packaging, wherein packaging means already unfolded into a cardboard box and/or outer packaging can be aligned by means of the at least one transfer device, thereby bringing the packaging means into an orientation, which orientation is adapted to the respective insertion of articles via the at least one manipulator or by means of the at least one manipulator, - an erecting device, designed for forming cardboard boxes and/or outer packaging by unfolding packaging means and for transferring packaging means already unfolded into a cardboard box and/or outer packaging to the at least one transfer device and/or to a transfer tool, which is designed as a component of the at least one transfer device, characterized in that the at least one transfer device and/or the transfer tool, which is designed as a component of the at least one transfer device, can be moved back and forth between the transport device and the erecting device.
Cooking appliance having a cooking compartment that is closable by means of a door, having the door, having an outer door panel and having at least one further panel (6 to 8), which is arranged at a distance from the outer door panel such that a door-side flow channel is formed between the outer door panel and the further panel (6 to 8), wherein at least one flow channel opening (12 to 14) is formed at an upper end of the further panel (6 to 8) between the outer door panel and the further panel (6 to 8), wherein a first seal is arranged at the flow channel opening (12 to 14), wherein at the upper end of the further panel (6 to 8) a cover element is arranged between the outer door panel and the further panel (6 to 8), which has the flow channel opening (12 to 14), characterised in that the first seal is arranged so as to completely surround the flow channel opening (12 to 14) at a height that is directly adjacent to an edge of the cover element that delimits the flow channel opening (12 to 14) and comprises sections that protrude from a base body of the first seal into a clearance formed between the door and a housing of the cooking appliance, wherein the base body of the first seal is arranged on the outer wall of the cover element, one section of the sections of the first seal that is closer to the cooking compartment forms a seal for the whole flow channel (11, 17) in respect of the cooking compartment, and a further seal in respect of the cooking compartment seal is arranged on the door at a distance from the first seal and closer to the cooking compartment than the first seal, and wherein both seals (20, 23) are arranged in the clearance on the cover element, and by means of one lower section of the sections of the first seal extending horizontally and the further seal, a leakage from the cooking compartment into the flow channel (11, 17), in particular by way of the clearance, is prevented.
A coupling for connecting a corner drive (11, 25, 40) having a spring band guided via two limbs (18, 19) to a longitudinally displaceable drive rod section (8 - 10) of a drive rod fitting with first positively locking faces arranged on an end piece of the drive rod section and with second positively locking faces arranged on a connecting piece of the corner drive (11, 25, 40), wherein the connecting piece is displaceably guided on one of the limbs and the positively locking faces of the end piece of the drive rod section (11, 25, 40) are connected with each other, wherein a coupling element (21, 28, 29, 45) is arranged transversely to the directions of movement of the end piece of the drive rod section and of the connecting piece (23, 44) of the corner drive (11, 25, 40) and is connected in the assembled state with the two positively locking faces (35, 36, 47), characterized in that the connecting piece is produced as end section of the spring band of the corner drive and is designed with the coupling element as a preassembled unit.