mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display control unit configured to display a moving image on a first region of a display screen; and a thumbnail generation unit configured to generate a plurality of thumbnail images (201,202,203) from a plurality of still images captured separately from capturing the moving image while capturing the moving image, wherein the display control unit is configured to display the plurality of thumbnail images on a second region of the display screen, wherein a focus window is provided to the second region, and wherein each of the plurality of thumbnail images is slid into the focus window at a timing when one of the plurality of still images corresponding to the thumbnail image is captured, characterised in that the display control unit is configured to display the plurality of thumbnail images in the same size if the number of thumbnail images is equal to or less than a first number, and reduces the size of the plurality of thumbnail images if the number of thumbnail images is greater than the first number according to the size of the second region. a display control unit configured to display a moving image on a first region of a display screen; and a thumbnail generation unit configured to generate a plurality of thumbnail images (201,202,203) from a plurality of still images captured separately from capturing the moving image while capturing the moving image, wherein the display control unit is configured to display the plurality of thumbnail images on a second region of the display screen, wherein a focus window is provided to the second region, and wherein each of the plurality of thumbnail images is slid into the focus window at a timing when one of the plurality of still images corresponding to the thumbnail image is captured, characterised in that the display control unit is configured to display the plurality of thumbnail images in the same size if the number of thumbnail images is equal to or less than a first number, and reduces the size of the plurality of thumbnail images if the number of thumbnail images is greater than the first number according to the size of the second region.
An internal combustion engine valve mechanism comprising: a rocker arm (10, 112) that has a bearing section (12, 116) at one end and a rocker roller at the center region; a lash adjuster (14, 110) that has a pivot (16, 114), which is to be inserted into the bearing section (12, 116), and supports one end of the rocker arm (10, 112); a valve disc that contacts with the other end of the rocker arm (10, 112); and a transmission member (22, 30, 32) that operates periodically in synchronism with the rotation of a camshaft to periodically press the rocker roller; wherein the direction of roller pressure force applied to the rocker roller from the transmission member (22, 30, 32) varies with the lift amount of the valve disc; characterized in that the bearing section (12, 116) and the pivot (16, 114) have different curvatures so that the contact between the bearing section (12, 116) and the pivot forms an osculating circle (44, 124); and wherein the axis of the osculating circle (44, 124) prevailing in a zero lift state is inclined toward a maximum force transmission point (62, 128), which transmits greater force than any other point on the osculating circle (44, 124) prevailing in a maximum lift state, in relation to the axis of the lash adjuster. a rocker arm (10, 112) that has a bearing section (12, 116) at one end and a rocker roller at the center region; a lash adjuster (14, 110) that has a pivot (16, 114), which is to be inserted into the bearing section (12, 116), and supports one end of the rocker arm (10, 112); a valve disc that contacts with the other end of the rocker arm (10, 112); and a transmission member (22, 30, 32) that operates periodically in synchronism with the rotation of a camshaft to periodically press the rocker roller; wherein the direction of roller pressure force applied to the rocker roller from the transmission member (22, 30, 32) varies with the lift amount of the valve disc; characterized in that the bearing section (12, 116) and the pivot (16, 114) have different curvatures so that the contact between the bearing section (12, 116) and the pivot forms an osculating circle (44, 124); and wherein the axis of the osculating circle (44, 124) prevailing in a zero lift state is inclined toward a maximum force transmission point (62, 128), which transmits greater force than any other point on the osculating circle (44, 124) prevailing in a maximum lift state, in relation to the axis of the lash adjuster.
Modular intensive therapy device, comprising a base unit with at least one module slot (12.1, 12.2, 12.3, 12.4) formed in a docking surface and at least one function module which is connected to the at least one module slot (12.1, 12.2, 12.3, 12.4) on the base unit and can be docked and releasably lockable and electrically connected thereto, wherein each module slot (12.1, 12.2, 12.3, 12.4) and each functional module are formed with mutually complementary formed releasable locking means and electrical connection means, wherein the locking means and the electrical connecting means in the region of the docking surface are formed and arranged so that the at least one function module perpendicular to the docking surface at the at least one module slot (12.1, 12.2, 12.3, 12.4) is dockable and releasably lockable, characterized in that the locking means are formed on the projecting tabs of the functional modules with these passing through holes and associated insertion slots in the docking surface, and in the holes releasably engaging locking pins in the region of each module slot (12.1, 12.2, 12.3, 12.4) of the base unit, and the locking pins are held spring-loaded in the base unit, and when inserting the tabs in the insertion slots engage in the holes and lock the tabs, and by means of associated actuators via on the base unit arranged release means can be partially withdrawn from the holes, so that the tabs can be pulled out while applying a predetermined tensile force from the insertion slots with complete sliding out of the locking pins from the holes against the spring load.
An apparatus comprising a generator, an evaporator and an absorber-condenser circulating an absorber, an inert and a refrigerant, characterized inthat the generator is arranged to receive a heat load (Qg) from first electric components, the generator comprising a fluid channel for receiving fluid including a mixture of the absorber and the inert, and to evaporate a part of the received fluid with the heat load (Qg) from the first electric components, the evaporator is arranged to receive a heat load (Qe) from second electric components, the evaporator comprises a fluid channel including a mixture of the inert and the refrigerant for transferring heat (Qe) received from the second electric components into the fluid in the fluid channel, the absorber-condenser is arranged to receive heated absorber from the generator in a liquid state (A-1) and heated vaporized inert and vaporized refrigerant as a gas mixture ((R+I)-g) from the evaporator, to absorb the vaporized inert (I-g) by the absorber in a liquid state (A-1) in order to obtain a liquid of the miscible inert and absorber and to condense the refrigerant and to transfer heat (Qc+Qa) from the received fluids to surroundings, and one or more of the generator, evaporator and absorber-condenser is entirely or partly manufactured of aluminum, and wherein the inert and refrigerant are selected such that R134a is used as the inert and butane as the refrigerant fluid, or R32 is used as the inert and cyclopropane is used as the refrigerant, and the absorber is selected to include an alkyl acetamide, a carbonate ester or a glycol ester.
A reactor apparatus comprising: a coil that includes an annularly wound conductor wire and that is energized to generate a magnetic flux; a case that is made of a heat radiating resin material in a cylindrical shape having a side surface portion, a bottom surface portion, and one open end, that includes a first fastening section formed on an outer wall of the case, and that houses the coil; a potting resin that fills a space between an inner wall of the case and the coil; a metal plate that includes a second fastening section to be fastened with the first fastening section and that is fixed so as to be in contact with a whole surface of the bottom surface portion of the case; a fastener that fixes the first fastening section and the second fastening section together, characterized in that a heat radiating adhesive that fills a gap generated between the bottom surface portion of the case and the metal plate. a coil that includes an annularly wound conductor wire and that is energized to generate a magnetic flux; a case that is made of a heat radiating resin material in a cylindrical shape having a side surface portion, a bottom surface portion, and one open end, that includes a first fastening section formed on an outer wall of the case, and that houses the coil; a potting resin that fills a space between an inner wall of the case and the coil; a metal plate that includes a second fastening section to be fastened with the first fastening section and that is fixed so as to be in contact with a whole surface of the bottom surface portion of the case; a fastener that fixes the first fastening section and the second fastening section together, characterized in that a heat radiating adhesive that fills a gap generated between the bottom surface portion of the case and the metal plate.
Osteosynthesis device for articular fracture fixation, comprising an articular supportive plate for supporting the articular surface of a long bone, said articular supportive plate comprising: a first side, oriented centromedullarly facing the cancellous bone and a second side facing or supporting the articular surface, said first side comprising: - at least one pin receiving feature for receiving a pin or a screw; and - at least one fin attached to or attachable to said articular supportive plate; wherein, when attached to said articular supportive plate, said fin projects from said first side of said articular supportive plate, said fin further being provided with a plurality of pin receiving features for receiving a pin or screw. - at least one pin receiving feature for receiving a pin or a screw; and - at least one fin attached to or attachable to said articular supportive plate; wherein, when attached to said articular supportive plate, said fin projects from said first side of said articular supportive plate, said fin further being provided with a plurality of pin receiving features for receiving a pin or screw.
Apparatus for determining and displaying or monitoring at least one operating state of a cooking vessel with a lid, selected from the group of temperature, pressure or humidity of a cooking vessel, the apparatus having a lid knob which can be fastened to the lid of the cooking vessel, wherein a measuring apparatus (30, 33) for detecting the operating state and a control unit with a signaling apparatus is provided in the lid knob, the signaling apparatus comprising a display apparatus for displaying an actual state of the operating state, wherein the measuring apparatus (30. 33) has a pivotable rotational indicator, characterized in that the control unit has latching means (17, 37), in that the lid knob has latching means (23, 54) which are complementary to the latching means (17, 37) so that the control unit can be placed on the lid knob in a single predetermined rotational position relative to the lid knob, in that the rotational indicator has a permanent magnet attached thereto, and in that the control apparatus has a magnetic sensor apparatus for detecting the rotational position of the rotational indicator.
A method for terminating pressure output from a continuous positive airway pressure (CPAP) therapy device in response to a patient disconnect, the method comprising: deriving a cyclical pressure difference signal based upon measurements from a patient interface pressure sensor in communication with the patient interface and from a source pressure sensor in communication with an output of a pressure source of the CPAP therapy device, crests of the pressure difference signal being representative of patient inspiratory phases and troughs of the pressure difference signal being representative of patient expiratory phases; characterized in that the method further comprises: integrating the pressure difference signal to generate a resultant integral signal for each respiratory cycle including at least one inspiratory phase and at least one expiratory phase as represented by the corresponding crest and trough of the pressure difference signal; generating a slope value corresponding to a rate of increase of the integral signal; and deactivating the pressure source in response to a disconnect condition being evaluated from the integral signal; wherein the disconnect condition comprises the slope value exceeding a predefined threshold for a predefined duration. deriving a cyclical pressure difference signal based upon measurements from a patient interface pressure sensor in communication with the patient interface and from a source pressure sensor in communication with an output of a pressure source of the CPAP therapy device, crests of the pressure difference signal being representative of patient inspiratory phases and troughs of the pressure difference signal being representative of patient expiratory phases; characterized in that the method further comprises: integrating the pressure difference signal to generate a resultant integral signal for each respiratory cycle including at least one inspiratory phase and at least one expiratory phase as represented by the corresponding crest and trough of the pressure difference signal; generating a slope value corresponding to a rate of increase of the integral signal; and deactivating the pressure source in response to a disconnect condition being evaluated from the integral signal; wherein the disconnect condition comprises the slope value exceeding a predefined threshold for a predefined duration. integrating the pressure difference signal to generate a resultant integral signal for each respiratory cycle including at least one inspiratory phase and at least one expiratory phase as represented by the corresponding crest and trough of the pressure difference signal; generating a slope value corresponding to a rate of increase of the integral signal; and deactivating the pressure source in response to a disconnect condition being evaluated from the integral signal; wherein the disconnect condition comprises the slope value exceeding a predefined threshold for a predefined duration.
A method of receiving a signal, comprising: providing a bias current to an amplifier from a bias circuit in response to a bias voltage produced by the amplifier, wherein the bias circuit comprises a first circuit configured to provide self biasing of a receiver by adjusting the bias current using a feedback from the amplifier and a second circuit comprising an inverter and configured to further adjust the bias current using additional feedback received from an output of the amplifier via the inverter. providing a bias current to an amplifier from a bias circuit in response to a bias voltage produced by the amplifier, wherein the bias circuit comprises a first circuit configured to provide self biasing of a receiver by adjusting the bias current using a feedback from the amplifier and a second circuit comprising an inverter and configured to further adjust the bias current using additional feedback received from an output of the amplifier via the inverter.
A communication method, comprising: determining, by a terminal device, a target group; and joining, by the terminal device, the target group to communicate with a network side; wherein determining, by the terminal device, the target group comprises: determining, by the terminal device, the target group from at least one group according to attribute information of the at least one group; characterized in that the attribute information comprises network slice information of the at least one group. determining, by a terminal device, a target group; and joining, by the terminal device, the target group to communicate with a network side; wherein determining, by the terminal device, the target group comprises: determining, by the terminal device, the target group from at least one group according to attribute information of the at least one group; characterized in that the attribute information comprises network slice information of the at least one group. determining, by the terminal device, the target group from at least one group according to attribute information of the at least one group; characterized in that the attribute information comprises network slice information of the at least one group.
Process of manufacturing of self-standing films with variable and controlled thickness, characterized by controlled though-porosity micro-patterns made of natural or synthetic, pH-dependent, polyelectrolyte macro-molecules, the process comprising: a) cathodic and/or anodic electrochemical/electrophoretic deposition of said natural or synthetic macromolecules, on a working electrode in the form of conductive micropatterned template, conductive substrate having a discontinuous surface, wherein said discontinuity is constituted by through-holes, equally spaced from each other, having suitable size/dimensions of the lumen of the meshes, the working electrode immersed in an electrolyte solution comprising said macromolecules, the polarization of the working electrode surface allows a micro-patterned self-standing controlled porosity to be formed, as an effect of the interface processes to the surface layer, the molecules in solution coagulate in contact with the outer surface of the working electrode, the "conductive micropatterned template", physically depositing on the surface of the working electrode; b) mechanical removal of the self-standing films of variable and controlled thickness characterized by a controlled through-porosity micro-pattern obtained in step a) from the working electrode. a) cathodic and/or anodic electrochemical/electrophoretic deposition of said natural or synthetic macromolecules, on a working electrode in the form of conductive micropatterned template, conductive substrate having a discontinuous surface, wherein said discontinuity is constituted by through-holes, equally spaced from each other, having suitable size/dimensions of the lumen of the meshes, the working electrode immersed in an electrolyte solution comprising said macromolecules, the polarization of the working electrode surface allows a micro-patterned self-standing controlled porosity to be formed, as an effect of the interface processes to the surface layer, the molecules in solution coagulate in contact with the outer surface of the working electrode, the "conductive micropatterned template", physically depositing on the surface of the working electrode; b) mechanical removal of the self-standing films of variable and controlled thickness characterized by a controlled through-porosity micro-pattern obtained in step a) from the working electrode.
A printing control device which is adapted to control a printing device having a head for scanning a recording medium and ejecting an ink onto the recording medium, comprising: a scan width information receiver that is adapted to receive a scan width information representing a width over which the head will move during scanning, wherein as the scan width of the head, the specific width, which is the maximum drawing width over which the printing device can perform printing, is preset, wherein the scan width information is information representing a length of the width over which the head will move, or information representing a time required for the head to move by the width, wherein the width over which the head will move may be different from the width of the recording medium, and wherein an input unit by which a user inputs the scan width information according to the degree of drying of ink and the length of printing time as desired is included. a scan width information receiver that is adapted to receive a scan width information representing a width over which the head will move during scanning, wherein as the scan width of the head, the specific width, which is the maximum drawing width over which the printing device can perform printing, is preset, wherein the scan width information is information representing a length of the width over which the head will move, or information representing a time required for the head to move by the width, wherein the width over which the head will move may be different from the width of the recording medium, and wherein an input unit by which a user inputs the scan width information according to the degree of drying of ink and the length of printing time as desired is included.
Device for introducing an opening into a partial region of a film wrapping of a stack of goods, preferably arranged on a pallet, wherein the film wrapping comprises a film cover pulled over the stack of goods and, as appropriate, a base sheet film arranged beneath the stack of goods, or the film wrapping comprises a film strap at least partially surrounding the stack of goods and, as appropriate, a base sheet film arranged beneath the stack of goods, a) wherein the film wrapping is welded to the base sheet film located beneath the stack of goods, forming a weld seam running horizontally around the stack of goods, and either the opening is introduced into the weld seam or the opening is introduced into the region of the base sheet film surrounding the stack of goods, or b) wherein the film wrapping comprises a shrink collar, running horizontally around the stack of goods and preferably aligned horizontally, and the opening is introduced into the shrink collar, or c) wherein the film wrapping comprises a stretch collar, running horizontally around the stack of goods and preferably aligned horizontally, and the opening is introduced into the stretch collar, wherein the device comprises a breakthrough element with a breakthrough region and at least one actuation arm, to which the breakthrough element is secured such as to be capable of rotation about a rotation axis, characterised in that the breakthrough element comprises a first part region and a second part region, wherein the first part region is mounted such as to rotate at the actuation arm, and wherein the second part region comprises the breakthrough region, and wherein the second part region can be pivoted out of an original position, against a resetting force, opposite the first part region, into at least one direction. a) wherein the film wrapping is welded to the base sheet film located beneath the stack of goods, forming a weld seam running horizontally around the stack of goods, and either the opening is introduced into the weld seam or the opening is introduced into the region of the base sheet film surrounding the stack of goods, or either the opening is introduced into the weld seam or the opening is introduced into the region of the base sheet film surrounding the stack of goods, b) wherein the film wrapping comprises a shrink collar, running horizontally around the stack of goods and preferably aligned horizontally, and the opening is introduced into the shrink collar, or c) wherein the film wrapping comprises a stretch collar, running horizontally around the stack of goods and preferably aligned horizontally, and the opening is introduced into the stretch collar,