mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising: a body (101, 102); a display unit; a sensing unit configured to sense a motion or orientation of the body (101, 102); a short range communication unit for short range radio communication with an object; and a controller configured to control data transfer through the short range communication unit, characterized in that the controller is further configured to: output a notification sound or vibration after the object is recognized via the short range communication unit, wherein the notification sound or vibration is output in a state where the display unit is turned off; determine whether a motion or orientation of the body (101, 102) is sensed by the sensing unit in the state where the display unit is turned off; and control the short range communication unit to perform the data transfer with the object in the state where the display unit is turned off, when the motion or orientation of the body (101, 102) sensed by the sensing unit corresponds to a preset motion or orientation of the body (101, 102) authorizing the data transfer. a body (101, 102); a display unit; a sensing unit configured to sense a motion or orientation of the body (101, 102); a short range communication unit for short range radio communication with an object; and a controller configured to control data transfer through the short range communication unit, output a notification sound or vibration after the object is recognized via the short range communication unit, wherein the notification sound or vibration is output in a state where the display unit is turned off; determine whether a motion or orientation of the body (101, 102) is sensed by the sensing unit in the state where the display unit is turned off; and control the short range communication unit to perform the data transfer with the object in the state where the display unit is turned off, when the motion or orientation of the body (101, 102) sensed by the sensing unit corresponds to a preset motion or orientation of the body (101, 102) authorizing the data transfer.
A decorative member having no formaldehyde emission comprising: a base layer including PVC; a printing layer formed on the base layer; and an ink-receiving layer disposed between the base layer and the printing layer and formed of a composition including an acrylic emulsion, a metal salt, and an inorganic particle, wherein the ink-receiving layer is formed of the composition including 5 to 20 parts by weight of the metal salt and 10 to 30 parts by weight of the inorganic particle based on 100 parts by weight of the acrylic emulsion, and wherein the ink-receiving layer has a thickness of 2 to 5 microns. a base layer including PVC; a printing layer formed on the base layer; and an ink-receiving layer disposed between the base layer and the printing layer and formed of a composition including an acrylic emulsion, a metal salt, and an inorganic particle, wherein the ink-receiving layer is formed of the composition including 5 to 20 parts by weight of the metal salt and 10 to 30 parts by weight of the inorganic particle based on 100 parts by weight of the acrylic emulsion, and wherein the ink-receiving layer has a thickness of 2 to 5 microns.
Coupling device of a pipe, comprising a device body in which a hole is made which extends from an end aperture of said body to receive a pipe, a collar positioned partially inside said hole with the possibility of axial translation and having an annular flange outside said end aperture and flexible arms which extend inside said hole, said arms being suitable to co-operate with a cam surface made in the device body, said cam surface comprising an inner conical portion in an axial direction suitable to engage said flexible arms so that these are forced inwards by the axial movement in said direction, the distal end of each arm having on its inner side a radial projection suitable to engage an annular projection of the pipe, the coupling device further comprising a safety device comprising a safety fork suitable to embrace the collar positioning itself between the device body and the annular flange of said collar to prevent axial shifting of the collar towards the device body; said coupling device being characterized in a safety device comprising a cylindrical portion suitable to be fitted on the portion of pipe straddling the end aperture so as to position itself between the pipe and the collar, the safety fork being connected to said cylindrical portion.
Hair forming device comprising a handle part, a preferably approximately rod-shaped heating part with a heating surface for heating the hair, forming means for forming the heated hair, and a cooling part with a cooling surface for cooling the formed hair, wherein determination means are provided for determining the wraparound and/or coverage of the cooling surface by the hair to be cooled, and control means for controlling at least one device function depending on the determined wraparound and/or coverage of the cooling surface, wherein the cooling part has a cooling device for actively cooling the cooling surface, and the control means have a cooling device control unit for controlling the operation of the cooling device depending on the determined wraparound and/or coverage of the cooling surface, and wherein the cooling device has at least one cooling air passage opening in the cooling surface that is associated with at least one passage control element, which can be activated depending on the wraparound and/or coverage of the cooling surface by the hair to be cooled.
A cooling appliance comprising an ice maker assembly; the ice maker assembly comprising; an ice mold including plurality of cavities and configured to freeze water to produce ice pieces; a container placed underneath the ice maker and is configured to store the ice pieces, the container comprising; - a bottom wall, - a pair of side walls reciprocally extending from the bottom wall; - a front wall and a back wall configured to interconnect the said side walls; - a transfer means extending between the front wall and the back wall which upon being activated, is configured to transfer ice pieces towards the front wall, wherein the front wall comprises an opening, characterized by a guide in the form of a polygon provided on the front wall so as to protrude from the front wall towards the transfer means, the guide comprising a cutout in line with the opening, forming a channel, and wherein the guide is configured to guide ice pieces towards the channel upon activation of the transfer means. an ice mold including plurality of cavities and configured to freeze water to produce ice pieces; a container placed underneath the ice maker and is configured to store the ice pieces, the container comprising; - a bottom wall, - a pair of side walls reciprocally extending from the bottom wall; - a front wall and a back wall configured to interconnect the said side walls; - a transfer means extending between the front wall and the back wall which upon being activated, is configured to transfer ice pieces towards the front wall, wherein the front wall comprises an opening, - a bottom wall, - a pair of side walls reciprocally extending from the bottom wall; - a front wall and a back wall configured to interconnect the said side walls; - a transfer means extending between the front wall and the back wall which upon being activated, is configured to transfer ice pieces towards the front wall, wherein the front wall comprises an opening, characterized by a guide in the form of a polygon provided on the front wall so as to protrude from the front wall towards the transfer means, the guide comprising a cutout in line with the opening, forming a channel, and wherein the guide is configured to guide ice pieces towards the channel upon activation of the transfer means.
A method for determining a model (MODEL1) for use in controlling shot peening, the method comprising - using a first shot peening unit to provide a particle jet, - illuminating at least a measurement portion of the particle jet with illuminating light, - capturing images of said portion during a measurement time period (T MEAS,1B), wherein the first shot peening unit provides a particle jet according to said first set of operating parameters during said measurement time period (T MEAS,1B), and - determining at least one velocity value (v AVE, v RMS) of particles of the particle jet by analyzing the captured images, characterised by: - exposing one or more test strips to the particle jet such that the first shot peening unit provides a particle jet according to a first set of operating parameters, - measuring one or more first deformation values (h AS) of the one or more test strips by measuring the deformation value (h AS) for each of the one or more test strips, and - determining the model (MODEL1) based on the one or more first deformation values (h AS) and based on the at least one velocity value (v AVE, v RMS). - using a first shot peening unit to provide a particle jet, - illuminating at least a measurement portion of the particle jet with illuminating light, - capturing images of said portion during a measurement time period (T MEAS,1B), wherein the first shot peening unit provides a particle jet according to said first set of operating parameters during said measurement time period (T MEAS,1B), and - determining at least one velocity value (v AVE, v RMS) of particles of the particle jet by analyzing the captured images, - exposing one or more test strips to the particle jet such that the first shot peening unit provides a particle jet according to a first set of operating parameters, - measuring one or more first deformation values (h AS) of the one or more test strips by measuring the deformation value (h AS) for each of the one or more test strips, and - determining the model (MODEL1) based on the one or more first deformation values (h AS) and based on the at least one velocity value (v AVE, v RMS).
A bone conduction hearing aid, comprising: a piezoelectric transducer for subcutaneous fixation to a skull of a patient in the vicinity of the mastoid promontory, the piezoelectric transducer being a piezoelectric bender, the piezoelectric bender being distorted in response to an applied electrical field, the piezoelectric bender being configured to apply a compressional lateral stress and localized bending moment to bone of the skull in the vicinity of the piezoelectric transducer and to bend the bone to generate bone vibration to excite the movement of cochlear fluids to aid the patient's hearing; and driver circuitry to apply the electrical field to the piezoelectric transducer in response to sound waves detected by a microphone. a piezoelectric transducer for subcutaneous fixation to a skull of a patient in the vicinity of the mastoid promontory, the piezoelectric transducer being a piezoelectric bender, the piezoelectric bender being distorted in response to an applied electrical field, the piezoelectric bender being configured to apply a compressional lateral stress and localized bending moment to bone of the skull in the vicinity of the piezoelectric transducer and to bend the bone to generate bone vibration to excite the movement of cochlear fluids to aid the patient's hearing; and driver circuitry to apply the electrical field to the piezoelectric transducer in response to sound waves detected by a microphone.
A blast-furnace-protective integrated carbonaceous block, comprising: a carbonaceous block (55, 56, 57) that forms a brick layer of a blast furnace; a carbonaceous protective brick (551, 561, 571) adhered to a furnace-interior side of the carbonaceous block (55, 56, 57) via an adhesive; and an antioxidant coated on a furnace-interior side of the carbonaceous protective brick (551, 561, 571), wherein the carbonaceous protective brick (551, 561, 571) is formed of a carbon brick material inferior to the carbonaceous block (55, 56, 57) in terms of thermal conductivity, anti-corrosion, porosity and homogeneity. a carbonaceous block (55, 56, 57) that forms a brick layer of a blast furnace; a carbonaceous protective brick (551, 561, 571) adhered to a furnace-interior side of the carbonaceous block (55, 56, 57) via an adhesive; and an antioxidant coated on a furnace-interior side of the carbonaceous protective brick (551, 561, 571), wherein the carbonaceous protective brick (551, 561, 571) is formed of a carbon brick material inferior to the carbonaceous block (55, 56, 57) in terms of thermal conductivity, anti-corrosion, porosity and homogeneity.
An audio system comprising an audio producing device (100, 160, 170) and an audio device (300, 400, 500, 600) of one of a headphone or a headset type, the audio device comprising left and right analog speakers (204, 205), the audio producing device being adapted to transmit to the audio device left and right analog signals respectively to the left or right analog speakers, the audio producing device being further adapted to transmit to the audio device a power supply signal, wherein: - the audio producing device further comprises first processing logic (154, 155) configured to separate digital data from one or more of said left analog signal, said right analog signal or said power supply signal for further processing by the audio producing device; - the audio producing device further comprises second processing logic configured to superimpose a clock signal arranged to drive one or more digital microphones (202, 203, 406) on top of one or more of said left or right analog signal; and - the audio device further comprises said one or more digital microphones (202, 203, 406) and third processing logic (221, 511) configured to superimpose, on top of one or more of said left analog signal, said right analog signal or said power supply signal, the digital data resulting from sound captures performed by said one or more digital microphones; - the audio device further comprises fourth processing logic configured to separate the clock signal from said one or more of left or right analog signal to drive said one or more digital microphones. - the audio producing device further comprises first processing logic (154, 155) configured to separate digital data from one or more of said left analog signal, said right analog signal or said power supply signal for further processing by the audio producing device; - the audio producing device further comprises second processing logic configured to superimpose a clock signal arranged to drive one or more digital microphones (202, 203, 406) on top of one or more of said left or right analog signal; and - the audio device further comprises said one or more digital microphones (202, 203, 406) and third processing logic (221, 511) configured to superimpose, on top of one or more of said left analog signal, said right analog signal or said power supply signal, the digital data resulting from sound captures performed by said one or more digital microphones; - the audio device further comprises fourth processing logic configured to separate the clock signal from said one or more of left or right analog signal to drive said one or more digital microphones.
An electrowetting display device comprising a picture element (8, 16) having a first support plate (2, 20) and a second support plate and a space between the first support plate (2, 20) and the second support plate, the space comprising a first fluid and a second fluid immiscible with the first fluid, the second fluid being electroconductive or polar; the first support plate (2, 20) including a wall defining an extent of the picture element, the wall having a shape, an electrode for applying an electric field between the electrode and the second fluid, the electrode having an edge, a low portion (61, 42) and a high portion (60, 41), the high portion (60, 41) being closer to the second support plate than the low portion (61, 42), the high portion (60, 41) being arranged adjacent to the wall and having an area smaller than an area of the low portion (61, 42); at least part of the edge of the electrode, adjacent to the part of the edge of the high portion (61, 42) of the electrode, following the shape of the wall, characterized in that a part of the edge of the high portion (61, 42) of the electrode has a shape not following the shape of the wall, for causing an increased electric field in the space.
Housing structure for a screen device for fitting in a door or window opening in a wall, adjacent to a door or window frame which is arranged in this door or window opening, comprising - a bottom profile for fastening the housing structure to the top of the frame; - a top profile for fastening the housing structure to the wall at the top side of the opening, wherein a space extends between the bottom profile and the top profile for arranging a screen roller of the screen device therein on which a screen of the screen device can be rolled up and unrolled in order to cover the opening; - an upright wall (6, 7) which is arranged next to said space, extends between the bottom profile and the top profile and is detachably connected to the bottom profile and the top profile, so that a passage opening for fitting or removing the screen roller is made accessible when detaching the upright wall (6, 7); - at least one coupling element which is arranged between the ends of the housing structure at a distance from these ends and extends between the top profile and the bottom profile in order to transfer loads between the frame and the wall; characterized in that the housing structure comprises first fastening flanges, adjacent to the upright wall (6, 7) or forming part of the upright wall (6, 7), which fastening flanges are arranged at a distance from one another, and in that the coupling element comprises corresponding second fastening flanges which are arranged at a distance from one another, wherein the coupling element is rotatable between a first position, in which the second fastening flanges are freely movable next to the first fastening flanges, away from the upright wall (6, 7) and towards the upright wall (6, 7), and a second position, in which the second fastening flanges engage behind the first fastening flanges. - a bottom profile for fastening the housing structure to the top of the frame; - a top profile for fastening the housing structure to the wall at the top side of the opening, wherein a space extends between the bottom profile and the top profile for arranging a screen roller of the screen device therein on which a screen of the screen device can be rolled up and unrolled in order to cover the opening; - an upright wall (6, 7) which is arranged next to said space, extends between the bottom profile and the top profile and is detachably connected to the bottom profile and the top profile, so that a passage opening for fitting or removing the screen roller is made accessible when detaching the upright wall (6, 7); - at least one coupling element which is arranged between the ends of the housing structure at a distance from these ends and extends between the top profile and the bottom profile in order to transfer loads between the frame and the wall;
An electronic device comprising: a camera that captures an image of an equipment instance, wherein the equipment instance comprises any equipment in an industrial environment; a display that presents the image; a processor; a memory that stores credential data and code executable by the processor to perform: identifying a given equipment tag within the image at a user focus determined from eye tracking at the display, wherein a second camera is configured to track one or more eyes of the user and identify the user focus; determining an orientation of the electronic device relative to the equipment tag as a function of perceived edges of the equipment tag; determining a distance to the equipment tag based on a perceived size of the equipment tag; and determining a location of the electronic device based on the given equipment tag identifying an equipment location for the equipment instance and based on the determined orientation and distance of the electronic device. a camera that captures an image of an equipment instance, wherein the equipment instance comprises any equipment in an industrial environment; a display that presents the image; a processor; a memory that stores credential data and code executable by the processor to perform: identifying a given equipment tag within the image at a user focus determined from eye tracking at the display, wherein a second camera is configured to track one or more eyes of the user and identify the user focus; determining an orientation of the electronic device relative to the equipment tag as a function of perceived edges of the equipment tag; determining a distance to the equipment tag based on a perceived size of the equipment tag; and determining a location of the electronic device based on the given equipment tag identifying an equipment location for the equipment instance and based on the determined orientation and distance of the electronic device. identifying a given equipment tag within the image at a user focus determined from eye tracking at the display, wherein a second camera is configured to track one or more eyes of the user and identify the user focus; determining an orientation of the electronic device relative to the equipment tag as a function of perceived edges of the equipment tag; determining a distance to the equipment tag based on a perceived size of the equipment tag; and determining a location of the electronic device based on the given equipment tag identifying an equipment location for the equipment instance and based on the determined orientation and distance of the electronic device.
An elevator shaft element, comprising - a frame module arranged for receiving an elevator car therein, the frame module constructed from - a transport and/or storage unit, comprising - side walls, a bottom wall and a roof wall, - the unit arranged to be positioned vertically such that - said side walls, bottom wall and upper wall of the unit define an inner space of the elevator shaft, and - elevator car guides for guiding movement of the elevator car in the elevator shaft element, characterized in that - said elevator car guides are attached to said bottom wall and/or roof wall, in that - the elevator shaft element comprises a machinery for driving moving elevator components, said moving elevator components comprising at least the elevator car, and that said machinery is attached to the elevator car guide. - a frame module arranged for receiving an elevator car therein, the frame module constructed from - a transport and/or storage unit, comprising - side walls, a bottom wall and a roof wall, - side walls, a bottom wall and a roof wall, - the unit arranged to be positioned vertically such that - said side walls, bottom wall and upper wall of the unit define an inner space of the elevator shaft, and - elevator car guides for guiding movement of the elevator car in the elevator shaft element, characterized in that - said elevator car guides are attached to said bottom wall and/or roof wall, in that - the elevator shaft element comprises a machinery for driving moving elevator components, said moving elevator components comprising at least the elevator car, and that