mhurhangee/ep-ind-claims huggingface dataset:
Kitchen arrangement consisting of a hob and at least one extractor hood, wherein the extractor hood is designed to extract air from a space above the hob and comprises a suction apparatus with at least one suction aperture and at least one suction fan, wherein the suction fan is arranged beneath the suction aperture and sucks air downwards via the suction aperture, wherein the extractor hood further has a ceiling fan unit which is arranged above the suction apparatus as well as having at least one fan and at least one air outlet opening in the underside of the ceiling fan unit, characterised in that a curtain of air directed downwards is output by the ceiling fan unit, which curtain of air delimits the space beneath the ceiling fan unit on at least three sides, and the suction aperture extends along at least three edges of the hob.
A method in a network node of a cellular communication network for controlling uplink transmit power to be used by a User Equipment, UE, comprising multiple radio interfaces which comprises at least one cellular radio interface and an ad-hoc radio interface, the method comprises the steps of: - receiving from the UE information comprising a total transmit power budget set aside for use over the multiple radio interfaces of the UE, - determining transmit power control commands for the UE indicating whether the UE should increase or decrease or maintain the uplink transmit power taking said total transmit power budget into account to ensure a sum of the calculated transmit power levels to be used for the respective multiple radio interfaces is not allowed to exceed the total transmit power budget to avoid exceeding a regulatory health limitation and a power supply limitation, - wherein the determining step further comprises scheduling a number of resource blocks that the UE is able to handle based at least in part on the total transmit power budget and in particular on a maximum power allowed for the UE for cellular communications on the at least one cellular radio interface, wherein the scheduled resource blocks power limits the UE; and - sending the determined transmit power control commands to the UE. - receiving from the UE information comprising a total transmit power budget set aside for use over the multiple radio interfaces of the UE, - determining transmit power control commands for the UE indicating whether the UE should increase or decrease or maintain the uplink transmit power taking said total transmit power budget into account to ensure a sum of the calculated transmit power levels to be used for the respective multiple radio interfaces is not allowed to exceed the total transmit power budget to avoid exceeding a regulatory health limitation and a power supply limitation, - wherein the determining step further comprises scheduling a number of resource blocks that the UE is able to handle based at least in part on the total transmit power budget and in particular on a maximum power allowed for the UE for cellular communications on the at least one cellular radio interface, wherein the scheduled resource blocks power limits the UE; and - sending the determined transmit power control commands to the UE.
A gel electrolyte comprising a non-aqueous electrolytic solution containing lithium-containing electrolyte salt solved in a non-aqueous mixture solvent containing ethylene carbonate and propylene carbonate with a mixing ratio in the range of 15: 85 to 75: 25 with the provisio that the mixing ratio is not 50: 50 and made into a gel state by a matrix polymer, wherein the electrolytic solution contains vinylene carbonate in the amount not less than 0.05 wt% and not greater than 5 wt% with respect to the non-aqueous electrolytic solution, and wherein said non-aqueous electrolytic solution contains difluoroanisole in the amount not less than 0.2 wt% and not greater than 2 wt%.
A centering mechanism with a brake piston of a disk brake of a motor vehicle, with a spindle protruding into a recess of the brake piston, with a nut screwed onto the spindle and with opposing support surfaces (13, 14) of the nut and of the brake piston, wherein in a vertical arrangement with the brake piston below the spindle and the nut, a force equilibrium is avoided when the nut-spindle assembly is moved completely out of the vertical position, characterized in that in the vertical arrangement, the distance of the center of gravity of the nut-spindle assembly completely moved out of the vertical position from a contact plane of the support surfaces (13, 14) is less than half the diameter of the contact plane of the support surfaces (13, 14).
A protective layer transfer sheet comprising: a substrate and a protective layer peelably provided on a surface of the substrate; the protective layer including an epoxy-cured resin, the epoxy-cured resin being a curing reaction product of a reactive resin having a functional group capable of reacting with an epoxy group and an epoxy curing agent; and the reactive resin having a glass transition temperature (Tg) of not less than 60°C. a substrate and a protective layer peelably provided on a surface of the substrate; the protective layer including an epoxy-cured resin, the epoxy-cured resin being a curing reaction product of a reactive resin having a functional group capable of reacting with an epoxy group and an epoxy curing agent; and the reactive resin having a glass transition temperature (Tg) of not less than 60°C.
A telephone wire withdrawing device, comprising a slider, a frame, a handset, a telephone wire, a first roller, a rotary self-locking mechanism, a second roller, and an extension spring, wherein the rotary self-locking mechanism comprises a base, a toothed component, a swing piece, a first resilient sheet, and a second resilient sheet; the slider is fitted in a guiding slot of the frame, and slides cooperatively in the guiding slot; the first roller is fixed to the slider; the telephone wire has one end fixed on the frame and another end rounding the first roller and being connected to the handset; the second roller is fixed to the frame; the extension spring has one end fixed to the frame and another end rounding the second roller and being connected to the slider, and provides a restoring force for the slider when the slider slides cooperatively in the guiding slot; the frame is provided with a rack-like groove, and the rack-like groove and the toothed component of the rotary self-locking mechanism constitute a gear-rack-like structure; the base of the rotary self-locking mechanism is fixed on the slider, and when the slider slides cooperatively in the guiding slot, the toothed component of the rotary self-locking mechanism meshes with the rack-like groove of the frame and rolls in the rack-like groove of the frame to realize a relative rotation between the toothed component and the base of the rotary self-locking mechanism; the swing piece, the first resilient sheet and the second resilient sheet are fixed on the toothed component; and the base is provided with at least one L-shaped lug boss.
A label printer for printing text on a label, the label printer including a discriminating section for discriminating a text portion of input text to be printed using a first font type and at least a text portion of the input text to be printed using a second font type; and a printing section for printing, respectively, according to the discrimination result of said discrimination section, into a single text field; characterized in that the label printer using a command language that can designate only a single font file in one command, that is for printing in one text field, the label printer further including a font file comprising glyphs for fonts of at least two different types; the printing section is configured to print the input text using the glyphs of the first and the second font type by referring to said font file; said at least two different font types include a standard font and at least one alternative font; and a glyph for printing a character in said alternative font in said font file can be identified by adding a fixed offset number to an identifier of a glyph of the respective character in said standard font in said font file. a discriminating section for discriminating a text portion of input text to be printed using a first font type and at least a text portion of the input text to be printed using a second font type; and a printing section for printing, respectively, according to the discrimination result of said discrimination section, into a single text field; characterized in that the label printer using a command language that can designate only a single font file in one command, that is for printing in one text field, the label printer further including a font file comprising glyphs for fonts of at least two different types; the printing section is configured to print the input text using the glyphs of the first and the second font type by referring to said font file; said at least two different font types include a standard font and at least one alternative font; and a glyph for printing a character in said alternative font in said font file can be identified by adding a fixed offset number to an identifier of a glyph of the respective character in said standard font in said font file.
Folding box with a. an outer wall comprising a plurality of pivotally interconnected wall elements (5, 6, 7, 8, 9), b. an inner frame fastened to the outer wall and comprising a plurality of frame elements (14, 15, 16) which are each connected pivotably to one another, c. a stabilizing element (4; 4a) attached to the outer wall for stabilizing the inner frame, - wherein the folding box (1, 1a) is displaceable between a planar arrangement and an unfolded arrangement, - wherein the inner frame is pivotally hinged on the outer wall, - wherein a circumferential frame is given as a closed contour in the planar arrangement of the folding box (1; 1a), characterized in that - the frame elements (14, 15, 16) with a wall element form a circumferential frame independently of a folding arrangement of the folding box (1, 1a), - the two outer frame members (14, 15) are each pivotally hinged to the wall element. a. an outer wall comprising a plurality of pivotally interconnected wall elements (5, 6, 7, 8, 9), b. an inner frame fastened to the outer wall and comprising a plurality of frame elements (14, 15, 16) which are each connected pivotably to one another, c. a stabilizing element (4; 4a) attached to the outer wall for stabilizing the inner frame, - wherein the folding box (1, 1a) is displaceable between a planar arrangement and an unfolded arrangement, - wherein the inner frame is pivotally hinged on the outer wall, - wherein a circumferential frame is given as a closed contour in the planar arrangement of the folding box (1; 1a), characterized in that - the frame elements (14, 15, 16) with a wall element form a circumferential frame independently of a folding arrangement of the folding box (1, 1a), - the two outer frame members (14, 15) are each pivotally hinged to the wall element. - wherein the folding box (1, 1a) is displaceable between a planar arrangement and an unfolded arrangement, - wherein the inner frame is pivotally hinged on the outer wall, - wherein a circumferential frame is given as a closed contour in the planar arrangement of the folding box (1; 1a), - the frame elements (14, 15, 16) with a wall element form a circumferential frame independently of a folding arrangement of the folding box (1, 1a), - the two outer frame members (14, 15) are each pivotally hinged to the wall element.
A method for editing a document using a document preparation program for editing documents on an electronic device, the method comprising: presenting, by the document preparation program, the document including words in a document preparation window;; receiving a selection command for selecting a first one word included in the document presented on the document preparation window by dragging a selection element over the first one word to be selected;; presenting a menu for receiving a command to invoke a web search from a user when the first one word is received;; invoking, by the document preparation program, the web search using a second one word in addition to the first one word selected by the selection command as search term, wherein the second one word is identified in the electronic device as search term, the identified second one word is associated with and other than the selected first one word, and the selected first one word and the identified second one word for the web search are transmitted toward a web search server;; presenting, in part of the document preparation window, a plurality of images resulting from the web search while presenting the document in the document preparation window;; receiving a selection of an image among the plurality of presented images while presenting the plurality of images and the document on the document preparation window;; and inserting the selected image into a set position in the document preparation window while presenting the plurality of images and the document on the document preparation window.. presenting, by the document preparation program, the document including words in a document preparation window;; receiving a selection command for selecting a first one word included in the document presented on the document preparation window by dragging a selection element over the first one word to be selected;; presenting a menu for receiving a command to invoke a web search from a user when the first one word is received;; invoking, by the document preparation program, the web search using a second one word in addition to the first one word selected by the selection command as search term, wherein the second one word is identified in the electronic device as search term, the identified second one word is associated with and other than the selected first one word, and the selected first one word and the identified second one word for the web search are transmitted toward a web search server;; presenting, in part of the document preparation window, a plurality of images resulting from the web search while presenting the document in the document preparation window;; receiving a selection of an image among the plurality of presented images while presenting the plurality of images and the document on the document preparation window;; and inserting the selected image into a set position in the document preparation window while presenting the plurality of images and the document on the document preparation window..
A display device comprising a display surface (500a, 500b, 500c, 500e, 500f), the display surface including a pixel (11a, 11b, 11e, 11d, 11e, 11f) having red (5Ra, 5Rb, 5Rc, 5Re, 5Rf), green (5Ga, 5Gb, 5Gc, 5Gd, 5Ge, 5Gf), blue (5Ba, 5Bb, 5Bc, 5Bd, 5Be, 5Bf), and yellow sub-pixels (5Ya, 5Yb, 5Yc, 5Yd, 5Ye, 5Yf), wherein the red sub-pixel (5Ra, 5Rb, 5Rc, 5Re, 5Rf) has the largest aperture area.
An in vitro method for monitoring the treatment response in a human Sanfilippo syndrome Type A patient, wherein said patient has a constant elevated level of glycosaminoglycan in his cerebrospinal fluid for up to 12 months prior to treatment as determined relative to the level of GAG in a pooled CSF sample obtained from a plurality of healthy control subjects, said method comprising: measuring a level of GAG in CSF obtained from the patient after receiving treatment for Sanfilippo syndrome Type A, wherein the treatment comprises administering to the patient recombinant heparin-N-sulfatase protein by intrathecal delivery, wherein the treatment is maintained or adjusted based on the measured level of GAG as compared to the level of GAG measured before or at the beginning of the treatment course for said patient, wherein dose and/or frequency of the treatment is maintained provided that the measured level of GAG is reduced with statistical significance by more than 10% as compared to the control level, indicating that the patient has a positive response to the treatment. measuring a level of GAG in CSF obtained from the patient after receiving treatment for Sanfilippo syndrome Type A, wherein the treatment comprises administering to the patient recombinant heparin-N-sulfatase protein by intrathecal delivery, wherein the treatment is maintained or adjusted based on the measured level of GAG as compared to the level of GAG measured before or at the beginning of the treatment course for said patient, wherein dose and/or frequency of the treatment is maintained provided that the measured level of GAG is reduced with statistical significance by more than 10% as compared to the control level, indicating that the patient has a positive response to the treatment.
A roller for crushing particulate material comprising: a roller body having a center axis; a plurality of wear segments (4, 5) having crushing surfaces that are fixed to said roller body 2; a plurality of clamps (7, 8) disposed on the sides of said roller body; characterized by a guiding means disposed on said roller body 2 between said clamps (7, 8); wherein said guiding means run longitudinally about the circumference of said roller body and wherein said wear segments (4, 5) are arranged on said guiding means such that two or more of said wear segments (4, 5) are fixed to the same lateral section of one lateral portion of said roller body. a roller body having a center axis; a plurality of wear segments (4, 5) having crushing surfaces that are fixed to said roller body 2; a plurality of clamps (7, 8) disposed on the sides of said roller body; characterized by a guiding means disposed on said roller body 2 between said clamps (7, 8);
An apparatus for determining a thermal oxidation state of a brake of an aircraft landing gear, the apparatus characterised by a processor configured to determine a thermal oxidation state of a brake after a predicted future braking event, using a thermal oxidation model based on an initial thermal oxidation state before the predicted future braking event and a predicted temperature profile of the brake with respect to time.
A method for identifying an individual log, wherein a property is measured from an individual log and the individual log is identified on the basis of the measured property so that, - at least one predetermined property is measured from an individual log by a first identification device in order to determine at least one parameter in connection with log sorting; - the measured properties and the parameter determined from the individual log by the first identification device are stored; - the same parameter as determined by the first identification device is determined from the individual log by a second identification device; and - the parameter determined by the second identification device is compared with the stored parameter, on which basis the individual log is identified; characterized in that - at least one property is measured by the identification device, which property is selected from the group of: length of an individual log, diameter of an individual log, ovality of an individual log, tapering of an individual log and skew of an individual log and their combinations; - a gravity centers curve is used as the parameter; - the same parameter as determined by the first identification device is determined from the individual log by a second identification device before sawing and the individual log is identified, and - the properties stored from the individual log are collected after identification of the individual log and the collected data is utilized in planning the sawing of the individual log and optimization of the sawing. - at least one predetermined property is measured from an individual log by a first identification device in order to determine at least one parameter in connection with log sorting; - the measured properties and the parameter determined from the individual log by the first identification device are stored; - the same parameter as determined by the first identification device is determined from the individual log by a second identification device; and - the parameter determined by the second identification device is compared with the stored parameter, on which basis the individual log is identified; characterized in that - at least one property is measured by the identification device, which property is selected from the group of: length of an individual log, diameter of an individual log, ovality of an individual log, tapering of an individual log and skew of an individual log and their combinations; - a gravity centers curve is used as the parameter; - the same parameter as determined by the first identification device is determined from the individual log by a second identification device before sawing and the individual log is identified, and - the properties stored from the individual log are collected after identification of the individual log and the collected data is utilized in planning the sawing of the individual log and optimization of the sawing.
Vacuum pump (110, 210) for a motor vehicle engine, comprising: - a stator; - a chamber defined inside said stator, said chamber having a side wall whose transversal section has a predetermined shape; - a rotor mounted in said chamber and capable of rotating around a rotation axis parallel to said side wall; - at least one vane (120, 220) mounted on said rotor and free to slide in a direction at right angles with respect to the rotation axis of said rotor, said at least one vane (120, 220) having a predetermined length and two opposite end portions (122a, 122b, 222a, 222b) that slide along the side wall of said chamber; characterised in that said predetermined shape of said side wall is non-circular and at least one of said end portions (122a, 122b, 222a, 222b) of said at least one vane (120, 220) comprises at least one part (124, 224) having a bend radius equal to that of a corresponding portion of said side wall, when said at least one vane (120, 220) is at at least one reference operating position, said at least one reference operating position being defined at a configuration of maximum stress of the end portions (122a, 122b, 222a, 222b) of said at least one vane (120, 220) against the side wall of the chamber, said configuration of maximum stress being defined at zones of the chamber which are around the position wherein the longitudinal axis of the vane is at right angles with respect to the plane formed by the rotor rotation axis and a tangential line of the external circumference of the rotor with the side wall of the chamber, said tangential line being parallel to the rotor rotation axis. - a stator; - a chamber defined inside said stator, said chamber having a side wall whose transversal section has a predetermined shape; - a rotor mounted in said chamber and capable of rotating around a rotation axis parallel to said side wall; - at least one vane (120, 220) mounted on said rotor and free to slide in a direction at right angles with respect to the rotation axis of said rotor, said at least one vane (120, 220) having a predetermined length and two opposite end portions (122a, 122b, 222a, 222b) that slide along the side wall of said chamber;
An interference measurement method, said method comprising: configuring, by a network side, Interference Measurement Resources for Demodulation, DM-IMRs, for measuring interference of a target data channel of a terminal, positions of the DM-IMRs on a frequency domain being determined according to a Physical Resource Block, PRB which bears the target data channel; said method being characterized by: indicating configuration information of the DM-IMRs to the terminal to enable the terminal to perform transmission interference measurement on the target data channel, wherein the positions of the DM-IMRs on the frequency domain only exist in the PRB and a sub-frame which bears the target data channel. indicating configuration information of the DM-IMRs to the terminal to enable the terminal to perform transmission interference measurement on the target data channel, wherein the positions of the DM-IMRs on the frequency domain only exist in the PRB and a sub-frame which bears the target data channel.