mhurhangee/ep-ind-claims huggingface dataset:
System for constructing a habitable room (Pha) or the like including at least one door, first and second contiguous walls (11, 12) forming a non-zero angle Ang between them, means for mounting said door to pivot relative to the two walls about a pivot axis (Ap) in such a manner as to be suitable for occupying at least two positions, namely a "closed" first position in which the door is contained in the plane of the first wall, and an "open" second position in which the door is not contained in that plane, characterized by the fact that it includes a through opening and a setback each presenting a shape substantially complementary to the shape of said door and being made respectively in the first wall and in the second wall, and together having a common zone (Zoc), said pivot axis (Ap) being situated in said common zone (Zoc) and the later being arranged in such a manner that, on pivoting about said pivot axis (Ap), when said door is in its first position, it is integrated in said through opening, and when it is in its second position, it is contained in said setback.
A glove for sensitizing touch perception, comprising: a sensitizing layer to be in contact with an object; and an external cover for fixing a hand to the sensitizing layer, for use in detecting minute irregularities of the object via the sensitizing layer by means of a hand inserted between the sensitizing layer and the external cover, wherein the sensitizing layer includes: a first film to be in contact with the object; a second film layered on the first film; and an air introduction opening for introducing air between the first film and the second film to allow the second film to slide relative to the first film, characterized in that the external cover or the sensitizing layer includes a stopper for positioning a fingertip of an index finger of a hand inserted between the sensitizing layer and the external cover on an inner side of a peripheral edge of the sensitizing layer by 10 mm or more, the stopper is formed so as to come into contact with a fingertip of a hand, and the stopper is formed by connecting the sensitizing layer and the external cover together or at least at part thereof. a first film to be in contact with the object; a second film layered on the first film; and an air introduction opening for introducing air between the first film and the second film to allow the second film to slide relative to the first film, characterized in that the external cover or the sensitizing layer includes a stopper for positioning a fingertip of an index finger of a hand inserted between the sensitizing layer and the external cover on an inner side of a peripheral edge of the sensitizing layer by 10 mm or more, the stopper is formed so as to come into contact with a fingertip of a hand, and the stopper is formed by connecting the sensitizing layer and the external cover together or at least at part thereof.
An implantable medical device, comprising: a housing including processing means adapted for implantation in a patient; two or more electrodes (140, 142) electrically coupled to the processing means, the two or more electrodes for sensing patient cardiac signals including a far-field EGM, the processing means for determining a width of a P-wave from the sensed far-field EGM; and a means for delivering a cardiac therapy based upon the width of the P-wave, including means for determining whether detection by the medical device of a sample cardiac P-wave is desirable based on at least one of: a time of the day, a posture of the patient, an activity of the patient, an activation by the patient, and characterized in that the cardiac therapy delivery includes changing a V-V interval setting. a housing including processing means adapted for implantation in a patient; two or more electrodes (140, 142) electrically coupled to the processing means, the two or more electrodes for sensing patient cardiac signals including a far-field EGM, the processing means for determining a width of a P-wave from the sensed far-field EGM; and a means for delivering a cardiac therapy based upon the width of the P-wave, including means for determining whether detection by the medical device of a sample cardiac P-wave is desirable based on at least one of: a time of the day, a posture of the patient, an activity of the patient, an activation by the patient, and characterized in that the cardiac therapy delivery includes changing a V-V interval setting.
A carrying device for an apron drafting system of a spinning machine, with - a first and a second support, each of which is configured for detachably accommodating an apron bridge and/or for rotatably bearing a drawing roller (4, 5), whereby the first support has a base element and a guide section which can be detachably connected to the base element, characterised in that the guide section has a bearing opening for rotatably bearing the drawing roller as well as a first mounting opening for accommodating a first bearing section of the apron bridge. - a first and a second support, each of which is configured for detachably accommodating an apron bridge and/or for rotatably bearing a drawing roller (4, 5), whereby the first support has a base element and a guide section which can be detachably connected to the base element, characterised in that the guide section has a bearing opening for rotatably bearing the drawing roller as well as a first mounting opening for accommodating a first bearing section of the apron bridge.
Apparatus for moving relative to a string of roadway barrier segments disposed end-to-end at a first location and during said movement serially picking up roadway barrier segments of said string and transporting the picked-up roadway barrier segments to relocate the string at a second location, said apparatus comprising in combination: a wheeled machine having front wheels at a leading end thereof, and rear wheels at a discharge end of the wheeled machine and having an inlet receiving said string of roadway barrier segments at said first location; a sensor (44, 48, 50) mounted on said wheeled machine for sensing the location of the wheeled machine relative to a predetermined path of movement; a steering control (30, 34) operatively associated with said sensor (44, 48, 50) and with wheels of said wheeled machine to steer the wheels operatively associated therewith and maintain movement of said wheeled machine along said predetermined path of movement when depositing the picked-up barrier segments to relocate the string at said second location; the apparatus being characterized by a further sensor mounted on said wheeled machine for sensing the location of said string at said first location relative to said wheeled machine; and a further steering control (30, 34) operatively associated with said further sensor and with wheels of said wheeled machine to steer the wheels operatively associated therewith and maintain said inlet positioned to serially receive said roadway barrier segments at said first location, wherein the front wheels and rear wheels are independently steerable. a wheeled machine having front wheels at a leading end thereof, and rear wheels at a discharge end of the wheeled machine and having an inlet receiving said string of roadway barrier segments at said first location; a sensor (44, 48, 50) mounted on said wheeled machine for sensing the location of the wheeled machine relative to a predetermined path of movement; a steering control (30, 34) operatively associated with said sensor (44, 48, 50) and with wheels of said wheeled machine to steer the wheels operatively associated therewith and maintain movement of said wheeled machine along said predetermined path of movement when depositing the picked-up barrier segments to relocate the string at said second location; the apparatus being characterized by a further sensor mounted on said wheeled machine for sensing the location of said string at said first location relative to said wheeled machine; and a further steering control (30, 34) operatively associated with said further sensor and with wheels of said wheeled machine to steer the wheels operatively associated therewith and maintain said inlet positioned to serially receive said roadway barrier segments at said first location, wherein the front wheels and rear wheels are independently steerable.
A method comprising: sending an unprotected association request from a mobile device to an access point, wherein said request includes a station nonce, SNonce, associated with the mobile device; receiving a protected association response from the access point in response to said request, wherein said response includes an access point nonce, ANonce, that was generated after said request was sent; and generating, at the mobile device, a pairwise transient key, PTK, using the SNonce and the ANonce that was received in said response. sending an unprotected association request from a mobile device to an access point, wherein said request includes a station nonce, SNonce, associated with the mobile device; receiving a protected association response from the access point in response to said request, wherein said response includes an access point nonce, ANonce, that was generated after said request was sent; and generating, at the mobile device, a pairwise transient key, PTK, using the SNonce and the ANonce that was received in said response.
A wood material panel pressing device for pressing a blank in the form of a fibrous press cake to produce an HDF panel or an MDF panel, with (a) an inspection device, which - is arranged at an intake region of the wood material panel pressing device and - is designed to monitor the blank in the intake region, so that the amount of waste caused by blow-outs can be reduced, characterised by the fact that (b) the inspection device has a camera and an evaluation unit, and (c) the evaluation unit is designed to automatically carry out a method featuring the steps: (i) continuous recording of images of the intake region, (ii) continuous detection of measurement data for evaluation region pixels of images, which belong to a predefined evaluation region comprising at least one region bordering a target horizontal of the fibrous press cake at the top, such that evaluation data is obtained, and (iii) emission of a signal if the evaluation data change by more than a predetermined tolerance value (D T). (a) an inspection device, which - is arranged at an intake region of the wood material panel pressing device and - is designed to monitor the blank in the intake region, so that the amount of waste caused by blow-outs can be reduced, characterised by the fact that - is arranged at an intake region of the wood material panel pressing device and - is designed to monitor the blank in the intake region, so that the amount of waste caused by blow-outs can be reduced, (b) the inspection device has a camera and an evaluation unit, and (c) the evaluation unit is designed to automatically carry out a method featuring the steps: (i) continuous recording of images of the intake region, (ii) continuous detection of measurement data for evaluation region pixels of images, which belong to a predefined evaluation region comprising at least one region bordering a target horizontal of the fibrous press cake at the top, such that evaluation data is obtained, and (iii) emission of a signal if the evaluation data change by more than a predetermined tolerance value (D T). (i) continuous recording of images of the intake region, (ii) continuous detection of measurement data for evaluation region pixels of images, which belong to a predefined evaluation region comprising at least one region bordering a target horizontal of the fibrous press cake at the top, such that evaluation data is obtained, and (iii) emission of a signal if the evaluation data change by more than a predetermined tolerance value (D T).
A furniture hinge comprising a body-side main element and a hinge cup which is pivotally guided relative to the main element and which can be secured to a movable furniture part, the main element and the hinge cup being connected to one another via a lever mechanism, characterised in that the lever mechanism comprises at least two levers, each of which is mounted on the hinge cup in a pivotal manner about a pivot axis that is oriented perpendicularly to a pivot axis of the hinge cup and each of which is provided with a toothing that engages with a further toothing arranged in the hinge cup wherein the toothing of each lever is formed by a bevel gear which is arranged on the pivot axis of the lever wherein the further toothing forms at least one segment of a bevel gear and wherein the pivot axis of each lever is in turn pivotally mounted on the hinge cup.
A measuring apparatus configured to evaluate an electronic device that transmits sound to a user through vibration transmission by pressing a vibrator held in a housing to a human ear, the measuring apparatus comprising: an ear simulator including an ear model (51, 132) and an artificial ear canal unit (52, 134), wherein the ear model (51, 132) mimics a human ear and is disposed on one side of the ear canal unit (52, 134), wherein the artificial ear canal unit (52, 134) forms an artificial ear canal (53, 133) with an opening, and wherein the ear model (51, 132) is pressed against the electronic device, and the artificial ear canal unit (52, 134) is connected to the ear model (51, 132); and a vibration detection unit (55, 135) disposed on the artificial ear canal unit (52, 134) at a side opposite to the side of the ear model (51, 132) and on a periphery of the opening of the artificial ear canal (53, 133). an ear simulator including an ear model (51, 132) and an artificial ear canal unit (52, 134), wherein the ear model (51, 132) mimics a human ear and is disposed on one side of the ear canal unit (52, 134), wherein the artificial ear canal unit (52, 134) forms an artificial ear canal (53, 133) with an opening, and wherein the ear model (51, 132) is pressed against the electronic device, and the artificial ear canal unit (52, 134) is connected to the ear model (51, 132); and a vibration detection unit (55, 135) disposed on the artificial ear canal unit (52, 134) at a side opposite to the side of the ear model (51, 132) and on a periphery of the opening of the artificial ear canal (53, 133).
Tableting device comprising a rotary turret with a rotation axis including: - an upper receptacle body provided with reciprocating upper punches, - a lower receptacle body provided with reciprocating lower punches, - a die table, - die inserts; wherein the die table is provided with receiving recesses, in which the die inserts are arranged; wherein the die inserts and the receiving recesses have a complementary form; wherein each die insert comprises at least one circular cylindrical outer surface (44, 46) with a die insert outer diameter, said surface (44, 46) facing an inner surface (34, 36) of the corresponding receiving recess, characterized in that each die insert comprises a pair of working bores, in which a pair of directly adjacent upper punches respectively reciprocate in use, and in which a corresponding pair of directly adjacent lower punches respectively reciprocate in use. - an upper receptacle body provided with reciprocating upper punches, - a lower receptacle body provided with reciprocating lower punches, - a die table, - die inserts; wherein the die table is provided with receiving recesses, in which the die inserts are arranged; wherein the die inserts and the receiving recesses have a complementary form; wherein each die insert comprises at least one circular cylindrical outer surface (44, 46) with a die insert outer diameter, said surface (44, 46) facing an inner surface (34, 36) of the corresponding receiving recess, characterized in that each die insert comprises a pair of working bores, in which a pair of directly adjacent upper punches respectively reciprocate in use, and in which a corresponding pair of directly adjacent lower punches respectively reciprocate in use. wherein the die table is provided with receiving recesses, in which the die inserts are arranged; wherein the die inserts and the receiving recesses have a complementary form; wherein each die insert comprises at least one circular cylindrical outer surface (44, 46) with a die insert outer diameter, said surface (44, 46) facing an inner surface (34, 36) of the corresponding receiving recess, characterized in that each die insert comprises a pair of working bores, in which a pair of directly adjacent upper punches respectively reciprocate in use, and in which a corresponding pair of directly adjacent lower punches respectively reciprocate in use.
A frequency capacity fill rate analysing system for analysing the frequency capacity fill rate of wireless communication links, in particular satellite communication links, with at least one transmitter and at least one receiver (21, 23, 25, 27) between which the communication link (20", 22", 24", 26") is established, and a spectrum analyser (21', 23', 25', 27') associated to said at least one receiver (21, 23, 25, 27); wherein the spectrum analyser and associated dedicated software is connected to a central controlling device which is provided with a data processing unit on which an analysis task management software is running, and which is connected to a database in which technical parameters of the communication link are stored; and wherein the data processing unit is configured such that the spectrum analyser (21', 23', 25', 27') automatically analyses the frequency capacity fill rate of radio frequency signals transmitted via said communication link (20", 22", 24", 26") on the basis of an analysis task obtained from said central controlling device, wherein the transmitter is located onboard of a satellite and wherein a plurality of receivers (21, 23, 25, 27) is provided in base stations (20, 22, 24, 26) which are located at different places of the world and to which a plurality of communication links (20", 22", 24", 26") from said satellite-based transmitter is constituted, wherein the frequency capacity fill rate analysing system is configured to: - split a scan program associated with the analysis of the frequency capacity fill rate into unit scan program steps; - transfer data of the unit scan program steps to a said base station (20, 22, 24, 26) which has visible contact to said satellite, - select a compatible and free antenna of said base station which has visible contact to said satellite; and - execute the unit scan program step(s) by carrying out a scan algorithm and storing a retrieved characteristic of all carrier frequencies found with parameters of the executed unit scan program step(s). - split a scan program associated with the analysis of the frequency capacity fill rate into unit scan program steps; - transfer data of the unit scan program steps to a said base station (20, 22, 24, 26) which has visible contact to said satellite, - select a compatible and free antenna of said base station which has visible contact to said satellite; and - execute the unit scan program step(s) by carrying out a scan algorithm and storing a retrieved characteristic of all carrier frequencies found with parameters of the executed unit scan program step(s).
A system of extrusion pullers for extruding metal profiles, said pullers being adapted to be installed in a plant for extruding said metal profile, said plant being of the kind in which said metal profiles are extruded along an extrusion line, said system comprising at least a first puller and a second puller, each equipped with gripping means (221, 222) adapted to engage and grip an end portion of a profile, in particular of an extruded profile exiting from an extrusion press, said system comprising a first guide and a second guide, wherein said at least two, first and second, pullers can be translated along said first and second guides, wherein said first guide is dedicated to the translation of both said at least two, first and second, pullers in a single first translation direction, wherein said second guide is dedicated to the translation of both said at least two, first and second, pullers in a second translation direction opposite to said first translation direction, wherein said at least two, first and second, pullers can be translated along substantially parallel directions along said first and second guides, said system comprising means for repositioning both said at least two, first and second, pullers from said first guide to said second guide and from said second guide to said first guide, characterized in that the system is configured such that, with said system of extrusion pullers installed in said plant, said guides (203, 204) are separate from each other, are not overlapping and are both anchored to the ground on the same side with respect to said extrusion line along which said profile is extruded.
An apparatus including a machine, a rod and a plate, wherein the plate is coupled with the rod, wherein the machine is on a first side of the plate, and wherein the plate and the rod are susceptible to vibrations arising from operation of the machine, the apparatus including an active vibration suppressor mounted on the rod, and a controller configured to control the active vibration suppressor to reduce vibrations of the plate, characterised in that the rod passes through a hole in the plate, from the first side of the plate to the second, opposite, side of the plate.
An aqueous firefighting foam composition concentrate comprising: (a) trimethyl glycine in an amount that is effective to depress the freezing point of said composition below 0°C; (b) an effective amount of at least one surfactant selected from the group consisting of anionic, zwitterionic and nonionic surfactants; and (c) an effective amount of a foam stabilizing agent, wherein the concentrate is free of ethylene glycol and propylene glycol. (a) trimethyl glycine in an amount that is effective to depress the freezing point of said composition below 0°C; (b) an effective amount of at least one surfactant selected from the group consisting of anionic, zwitterionic and nonionic surfactants; and (c) an effective amount of a foam stabilizing agent,