mhurhangee/ep-ind-claims huggingface dataset:
Touch screen operator control panel for industrial machines, in particular for the control of manoeuvring of the axes of injection presses for plastics, comprising a touch-sensitive display screen configured to present to the user an operator interface which includes a manoeuvring area with a central zone and an icons area where icons are displayed indicating the various axes of an injection press, at least one of said injection press axes being correlated to at least one other injection press axis, said icons being individually selectable in order to be dragged into the manoeuvring area, characterised in that by dragging said at least one injection press axis icon in the manoeuvring area, the icons of said injection press axes are simultaneously displayed in said manoeuvring area, the correlated injection press axes being represented as intersecting ellipses having a different direction/orientation, the point of intersection being the central zone of the manoeuvring area, the ends of each ellipse representing the two movement directions of the corresponding axis, whereby by dragging the central zone of said manoeuvring area towards either end of each ellipse the movements of these correlated injection press axes are sequentially actuated.
Process for manufacturing a solid catalyst for the ozonation of an effluent containing organic pollutants, said process comprising the deposition of a catalyst in the form of a powder on an open-cell foam support, said powder being formed of grains comprising an active phase deposited on a carrier, the active phase comprising ruthenium and/or iridium, the carrier being formed of an oxide selected from cerium oxide, zirconium oxide, titanium oxide and mixtures thereof, the powdered catalyst being attached to the foam support by means of a sol-gel binder.
A telescopic mechanism for a toy sword, the mechanism comprising: a plurality of hollow telescopic blade segments, comprising at least a proximal and a distal blade segment; a threaded spindle having spindle threads and being disposed within the telescopic blade segments; a plurality of nuts configured to correspond to and interface with the spindle; and a power mechanism configured to spin the spindle, wherein the each of the nuts respectively interfaces at the proximal portion of each of the hollow blade segments and the nuts have nut threads (28, 60, 62, 64, 65, 68) corresponding to the spindle threads and wherein the nut threads (28, 60, 62, 64, 65, 68) are suitably sturdy whereby the nuts will move back and forth over the spindle threads when the spindle is rotated, characterised in that the nut threads (28, 60, 62, 64, 65, 68) are flexible and resilient enough whereby the nut threads (28, 60, 62, 64, 65, 68) will slide over the spindle threads if the distal telescopic blade segment is pushed above a given threshold force into a suitably rigid body or object in order to allow any extended blade segments to retract. a plurality of hollow telescopic blade segments, comprising at least a proximal and a distal blade segment; a threaded spindle having spindle threads and being disposed within the telescopic blade segments; a plurality of nuts configured to correspond to and interface with the spindle; and a power mechanism configured to spin the spindle, wherein the each of the nuts respectively interfaces at the proximal portion of each of the hollow blade segments and the nuts have nut threads (28, 60, 62, 64, 65, 68) corresponding to the spindle threads and wherein the nut threads (28, 60, 62, 64, 65, 68) are suitably sturdy whereby the nuts will move back and forth over the spindle threads when the spindle is rotated, characterised in that the nut threads (28, 60, 62, 64, 65, 68) are flexible and resilient enough whereby the nut threads (28, 60, 62, 64, 65, 68) will slide over the spindle threads if the distal telescopic blade segment is pushed above a given threshold force into a suitably rigid body or object in order to allow any extended blade segments to retract.
An applicator device for applying a mass in the form of a stick extending longitudinally along a longitudinal axis, comprising a rotatable part through which the stick is guided and which has an exit opening for the stick, a hollow shaft coupled to the rotatable part via an axially fixed rotatable connection for axially advancing the stick, a body fixedly connected to the hollow shaft, and a cap for the rotatable part, which is detachably connected to the hollow shaft, the axially fixed rotatable connection being formed by a coupling portion of the rotatable part (K.2) and a complementary counterpart coupling portion (K.1) of the hollow shaft in a coupling portion in which the hollow shaft and the rotatable part engage with each other, characterised in that the hollow shaft has a grip member that forms a preferred grip face for handling the applicator device, wherein the grip member is disposed in the form of a sleeve on the hollow shaft, and wherein in the direction of the longitudinal axis the grip member is disposed between a portion of the rotatable part that forms an actuating face for rotating the rotatable part and the body, in particular in the region of the coupling portion.
Signal processing arrangement for processing an input signal (x), the signal processing arrangement comprising: - an amplifier configured to amplify a processed signal (y') to obtain an amplified signal (y"); - a down-converter configured to multiply a version of the processed signal (y') with a version of the amplified signal (y"), one of the signal versions being phase shifted, to obtain a first down-converted signal (z1, z1'), and to multiply the processed signal (y') with the amplified signal (y") to obtain a second down-converted signal (z2, z2'); and - an adaptive predistorter (110, 160) configured to predistort the input signal (x) according to a predistortion characteristic to obtain the processed signal (y'), the predistorter (110, 160) being further configured to adapt the predistortion characteristic based on the first down-converted signal (z1, z1') and the second down-converted signal (z2, z2'). - an amplifier configured to amplify a processed signal (y') to obtain an amplified signal (y"); - a down-converter configured to multiply a version of the processed signal (y') with a version of the amplified signal (y"), one of the signal versions being phase shifted, to obtain a first down-converted signal (z1, z1'), and to multiply the processed signal (y') with the amplified signal (y") to obtain a second down-converted signal (z2, z2'); and - an adaptive predistorter (110, 160) configured to predistort the input signal (x) according to a predistortion characteristic to obtain the processed signal (y'), the predistorter (110, 160) being further configured to adapt the predistortion characteristic based on the first down-converted signal (z1, z1') and the second down-converted signal (z2, z2').
A cellular radio communications system comprising a cellular communications network and at least one mobile terminal, said terminal being provided with determining and reporting means for determining the moving speed of the terminal and reporting the determined terminal moving speed to said network, characterised in that said determined terminal moving speed is intended for use as a basis for redirection to a different hierarchical cell layer, and a terminal moving speed measure is included in the RRC connection request message sent at the establishment of said call or connection setup.
A clutter suppressing device for suppressing echo data of static clutter components indicating reflection waves caused by radar transmission signals reflecting on a static object, each of the radar transmission signals transmitted at a predetermined azimuth at a predetermined time interval from a radar antenna provided at a predetermined observation location to observe meteorological weather, the clutter suppressing device comprising: a static clutter component suppressor configured to receive reception signals containing the static clutter components, and suppress the static clutter components; a reference data memory configured to store, as reference data, echo data of the reception signals obtained in fine weather and in which the static clutter components are suppressed by the static clutter component suppressor; and a rain component extracting module configured to extract echo data indicating rain components contained in the reception signals, by removing the reference data stored in the reference data memory from echo data of the reception signals obtained in rainy weather and in which the static clutter components are suppressed by the static clutter component suppressor. a static clutter component suppressor configured to receive reception signals containing the static clutter components, and suppress the static clutter components; a reference data memory configured to store, as reference data, echo data of the reception signals obtained in fine weather and in which the static clutter components are suppressed by the static clutter component suppressor; and a rain component extracting module configured to extract echo data indicating rain components contained in the reception signals, by removing the reference data stored in the reference data memory from echo data of the reception signals obtained in rainy weather and in which the static clutter components are suppressed by the static clutter component suppressor.
An embossed multi-ply tissue product comprising: a first tissue ply having a molded topographical pattern and a first embossed pattern comprising a plurality of line embossed elements disposed thereon; a second tissue ply having a molded topographical pattern and a second embossed pattern comprising a plurality of dot emboss elements disposed thereon, wherein the second embossing pattern is substantially free from line emboss elements and covers from about 5 to about 10 percent of the second ply surface area, wherein the embossed, multi-ply tissue product has a basis weight from about 20 to about 60 grams per square meter (gsm) and a bulk greater than about 15 cubic centimeters per gram (cc/g). a first tissue ply having a molded topographical pattern and a first embossed pattern comprising a plurality of line embossed elements disposed thereon; a second tissue ply having a molded topographical pattern and a second embossed pattern comprising a plurality of dot emboss elements disposed thereon, wherein the second embossing pattern is substantially free from line emboss elements and covers from about 5 to about 10 percent of the second ply surface area, wherein the embossed, multi-ply tissue product has a basis weight from about 20 to about 60 grams per square meter (gsm) and a bulk greater than about 15 cubic centimeters per gram (cc/g).
A window for a building structure, comprising a window frame, a sash and a pane including only one sheet of glass or other glazing material, said sash being moveable relative to the frame by means of a hinge connection including a set of frame hinge parts and a set of sash hinge parts, said sash carrying the pane, said sash including at least a first element surrounding the pane and formed as a moulded border element, moulded directly on the pane, which at least partially encases an edge of said one sheet of said pane, said first element fulfils the function of a structural element bearing the loads affecting the window, said first element having at least one functional face, said sash includes at least one further element (5,6,7,8), said at least one further element being connected to the first element at the at least one functional face, and said first element having an internal side, which in the installed position of the window points inward into the building, an external side opposite the internal side, an outer side facing away from the light-admitting aperture covered by the pane and an inner side opposite the outer side, characterized in that each hinge part of the set of sash hinge parts of the hinge connection is formed as a simple pin, said pin being moulded into said first element at a functional face thereof and being adapted to be received in a corresponding aperture of a hinge fitting mounted to the frame, and in that said at least one further element (5,6,7,8) includes a second element attached to or detachable connected to the inner side and/or internal side of the first element.
A medical device, comprising: a pulse generator configured to deliver cardiac pacing; an accelerometers configured to produce an output signal; an impedance sensor configured to generate an impedance signal modulated by patient respiration; first and second accelerometer signal processing circuitry (1411, 1431) to generate an activity signal and a first phrenic nerve stimulation signal from the output signal; first and second impedance signal processing circuitry (1441, 1421) to generate a respiration signal and a second phrenic nerve stimulation signal from the impedance signal; and phrenic nerve activation detection circuitry configured to determine a respiration phase and determine whether the phrenic nerve was stimulated by a cardiac pacing pulse during the respiration phase using the first and second phrenic nerve stimulation signals (1432, 1422). a pulse generator configured to deliver cardiac pacing; an accelerometers configured to produce an output signal; an impedance sensor configured to generate an impedance signal modulated by patient respiration; first and second accelerometer signal processing circuitry (1411, 1431) to generate an activity signal and a first phrenic nerve stimulation signal from the output signal; first and second impedance signal processing circuitry (1441, 1421) to generate a respiration signal and a second phrenic nerve stimulation signal from the impedance signal; and phrenic nerve activation detection circuitry configured to determine a respiration phase and determine whether the phrenic nerve was stimulated by a cardiac pacing pulse during the respiration phase using the first and second phrenic nerve stimulation signals (1432, 1422).
A terminal device antenna, comprising a metal frame, wherein a side of the metal frame is provided with at least two slots, and the slots are ring-shaped slots; portions of the metal frame at two sides of each slot of the at least two slots are provided with two groups of feed points (A, B, C, D), and each group of feed points (A, B, C, D) include an antenna feed point (A, C) located on a portion of the metal frame at an inner side of the slot, and a ground feed point (B, D) located on another portion of the metal frame at an outer side of the slot; in two groups of feed points (A, B, C, D) corresponding to each slot, a straight line determined by a group of feed points is perpendicular to a straight line determined by another group of feed points; and the metal frame is configured to be electrically connected to a ground plate in a terminal device. portions of the metal frame at two sides of each slot of the at least two slots are provided with two groups of feed points (A, B, C, D), and each group of feed points (A, B, C, D) include an antenna feed point (A, C) located on a portion of the metal frame at an inner side of the slot, and a ground feed point (B, D) located on another portion of the metal frame at an outer side of the slot; in two groups of feed points (A, B, C, D) corresponding to each slot, a straight line determined by a group of feed points is perpendicular to a straight line determined by another group of feed points; and the metal frame is configured to be electrically connected to a ground plate in a terminal device.
A coating material for forming an insulation coating, containing apart from a solvent: an aqueous carboxy group-containing resin as component in an amount of 100 parts by mass in terms of solid content; an aluminum-containing oxide as component in an amount of more than 40 parts by mass but less than 150 parts by mass in terms of solid content, based on the component present in an amount of 100 parts by mass in terms of solid content; and at least one crosslinking agent as component selected from the group consisting of melamine, isocyanate and oxazoline, in an amount of more than 20 parts by mass but less than 100 parts by mass in terms of solid content, based on the component present in an amount of 100 parts by mass in terms of solid content. an aqueous carboxy group-containing resin as component in an amount of 100 parts by mass in terms of solid content; an aluminum-containing oxide as component in an amount of more than 40 parts by mass but less than 150 parts by mass in terms of solid content, based on the component present in an amount of 100 parts by mass in terms of solid content; and at least one crosslinking agent as component selected from the group consisting of melamine, isocyanate and oxazoline, in an amount of more than 20 parts by mass but less than 100 parts by mass in terms of solid content, based on the component present in an amount of 100 parts by mass in terms of solid content.
A laptop computer comprising: a base; a lid movably coupled to the base; a display carried by the lid; an arm pivotably coupled to the lid; and an accessory housing carried by the arm, the arm pivotable to move the accessory housing between a first position and a second position, characterized in that in the first position the accessory housing is disposed along a bottom edgi of the lid and in the second position the accessory housing is disposed along a top edge of the lid. a base; a lid movably coupled to the base; a display carried by the lid; an arm pivotably coupled to the lid; and an accessory housing carried by the arm, the arm pivotable to move the accessory housing between a first position and a second position, characterized in that in the first position the accessory housing is disposed along a bottom edgi of the lid and in the second position the accessory housing is disposed along a top edge of the lid.
A juicer comprising: - a centrifugal bowl having a food shredding element cooperating with a sieve; - a sieve coupler associated with a spoiler and coupled to the centrifugal bowl (102; and - an adjustment mechanism that is implemented as the sieve coupler associated with the spoiler, characterized in that the sieve is split into a first portion having a plurality of mesh holes with a first hole size and a second portion having a plurality of mesh holes with a second hole size, and the adjustment mechanism is configured such that the height of the spoiler and the food shredding element are adjustable relative to each other to direct a flow of shredded food pulp to pass through the first portion having a plurality of mesh holes with a first hole size or through the second portion having a plurality of mesh holes with a second hole size. - a centrifugal bowl having a food shredding element cooperating with a sieve; - a sieve coupler associated with a spoiler and coupled to the centrifugal bowl (102; and - an adjustment mechanism that is implemented as the sieve coupler associated with the spoiler, the sieve is split into a first portion having a plurality of mesh holes with a first hole size and a second portion having a plurality of mesh holes with a second hole size, and the adjustment mechanism is configured such that the height of the spoiler and the food shredding element are adjustable relative to each other to direct a flow of shredded food pulp to pass through the first portion having a plurality of mesh holes with a first hole size or through the second portion having a plurality of mesh holes with a second hole size.
A film opening mechanism for delivering a tubular film collapsed into a sheet after it is opened into a predetermined shape, the film opening mechanism comprising: a mandrel for causing the tubular film to be opened into a predetermined state by fitting it thereon; and at least a pair of feed belt units (40A,40B), each having a feed belt which nips the tubular film fitted on the mandrel in cooperation with the mandrel to transport the tubular film toward a lower side of the mandrel; attraction means for attracting the mandrel and the feed belt to each other by a magnetic attractive force; characterized in that the attraction means is composed of a magnet (37a,37b,37c,37d,37e,37f) embedded in a portion of the mandrel in which the tubular film is nipped by the feed belt, and a magnetic material provided in the feed belt and in that a coefficient of friction between a nip surface of the mandrel on which the tubular film is nipped by the feed belt and the tubular film is less than a coefficient of friction between the feed belt and the tubular film. a mandrel for causing the tubular film to be opened into a predetermined state by fitting it thereon; and at least a pair of feed belt units (40A,40B), each having a feed belt which nips the tubular film fitted on the mandrel in cooperation with the mandrel to transport the tubular film toward a lower side of the mandrel; attraction means for attracting the mandrel and the feed belt to each other by a magnetic attractive force;
An outrigger pad assembly comprising: a base having a bottom surface for engaging an underlying support surface and a top surface opposite to the bottom surface; an interface body comprising: a lower cavity defined at least partially by a first inner sidewall; an upper cavity defined at least partially by a second inner sidewall; and a coupling body having a latch configured for selective coupling to and uncoupling from an outrigger jack; characterized by: a force sensor disposed on the top surface of the base and in the lower cavity in sliding contact with the first inner sidewall such that the interface body is movable relative to the force sensor. a base having a bottom surface for engaging an underlying support surface and a top surface opposite to the bottom surface; an interface body comprising: a lower cavity defined at least partially by a first inner sidewall; an upper cavity defined at least partially by a second inner sidewall; and a coupling body having a latch configured for selective coupling to and uncoupling from an outrigger jack; characterized by: a lower cavity defined at least partially by a first inner sidewall; an upper cavity defined at least partially by a second inner sidewall; and a coupling body having a latch configured for selective coupling to and uncoupling from an outrigger jack; characterized by: a force sensor disposed on the top surface of the base and in the lower cavity in sliding contact with the first inner sidewall such that the interface body is movable relative to the force sensor.