mhurhangee/ep-ind-claims huggingface dataset:
An earphone (1, 101) comprising: an earphone body (2, 102) provided with a speaker (610, 810), the earphone body being adapted to be worn at least partly between, or internally of, the tragus and anti-tragus in the ear, and a transmission cable (3, 103) connected to the speaker for the transmission of electrical signals to the speaker (610, 810), characterised in that the earphone comprises a loop (4, 104) of variable length and geometry formed at least in part by a part of the transmission cable, which, when the earphone body is in place, is adapted to be located at least partly in the concha of the wearer and to engage the surface of the ear. an earphone body (2, 102) provided with a speaker (610, 810), the earphone body being adapted to be worn at least partly between, or internally of, the tragus and anti-tragus in the ear, and a transmission cable (3, 103) connected to the speaker for the transmission of electrical signals to the speaker (610, 810), characterised in that the earphone comprises a loop (4, 104) of variable length and geometry formed at least in part by a part of the transmission cable, which, when the earphone body is in place, is adapted to be located at least partly in the concha of the wearer and to engage the surface of the ear.
An isolated peptide, or any of salts, esters, solvates and anhydrates pharmaceutically acceptable thereof, comprising at least two cysteines separated by 0 amino acid, consisting of a length between 8, 9 or 10 amino acids, wherein the peptide shows anti-hypertensive activity and comprises the sequence SEQ ID NO: 7.
Glitter comprising a film based on a polyester, which is coated with a metal, preferably aluminium, wherein the film has an antimony content of less than 100 ppm based on the weight of the film.
Robotic vacuum cleaner, comprising the following features: a robot housing; a sensor housing for receiving an environmental sensor for the robotic vacuum cleaner, the sensor housing being at least partially arranged in the robot housing; and characterised in that a resilient element is designed to preload the sensor housing from a retracted position in the direction of an extended position, a portion of the sensor housing protruding from the robot housing in the extended position, the portion of the sensor housing being at least partially arranged in the robot housing in the retracted position, it being possible to deform the resilient element by means of a retracting force in order to allow the sensor housing to move from the extended position in the direction of the retracted position. a robot housing; a sensor housing for receiving an environmental sensor for the robotic vacuum cleaner, the sensor housing being at least partially arranged in the robot housing; and
An artificial lift device (140; 240) useful for inducing artificial gas lift in a well bore fluid (124; 224) present in a horizontal well bore system using an electrically conductive aqueous solution, the artificial lift device (140; 240) comprising: an ion exchange membrane; an electrode pair (144; 244) having an anode and a cathode, where the anode and cathode are separated by the ion exchange membrane and are operable to induce electrolysis in the electrically conductive aqueous solution using electrical power such that a halogen product gas and a hydrogen product gas form; a sensor operable to detect the presence of the electrically conductive aqueous solution and to transmit an associated signal in response to the detected electrically conductive aqueous solution; and a power relay operable to selectively permit the electrode pair (144; 244) to receive electrical power; where the artificial lift device (140; 240) is operable to receive electrical power from the power source, to form hydrogen product gas bubbles from hydrogen product gas and to introduce hydrogen product gas bubbles into an exterior fluid. an ion exchange membrane; an electrode pair (144; 244) having an anode and a cathode, where the anode and cathode are separated by the ion exchange membrane and are operable to induce electrolysis in the electrically conductive aqueous solution using electrical power such that a halogen product gas and a hydrogen product gas form; a sensor operable to detect the presence of the electrically conductive aqueous solution and to transmit an associated signal in response to the detected electrically conductive aqueous solution; and a power relay operable to selectively permit the electrode pair (144; 244) to receive electrical power;
A method for controlling behavior tracking by applications executing on a mobile computing device, comprising: managing, by a privacy manager, a set of profiles, each profile representing a different isolated execution environment on the mobile computing device and defining a set of privacy rules governing an application while executing in the associated execution environment; prompting, by the privacy manager, a user to indicate a profile for a given application prior to execution of the given application in an execution environment on the mobile computing device; receiving, by the privacy manager, an input from a user of the given application, the input indicating a profile selected from the set of profiles; and applying, by the privacy manager, the set of privacy rules associated with the selected profile to the given application during execution of the given application, where the privacy manager is implemented by computer readable instructions executed by a processor of the mobile computing device. managing, by a privacy manager, a set of profiles, each profile representing a different isolated execution environment on the mobile computing device and defining a set of privacy rules governing an application while executing in the associated execution environment; prompting, by the privacy manager, a user to indicate a profile for a given application prior to execution of the given application in an execution environment on the mobile computing device; receiving, by the privacy manager, an input from a user of the given application, the input indicating a profile selected from the set of profiles; and applying, by the privacy manager, the set of privacy rules associated with the selected profile to the given application during execution of the given application, where the privacy manager is implemented by computer readable instructions executed by a processor of the mobile computing device.
A photopolymer composition comprising: a polymer matrix or a precursor thereof including a reaction product between (i) a (meth)acrylate-based (co)polymer in which a silane-based functional group is located in a branched chain and an equivalent weight of the silane-based functional group is 300 g/eq to 2000 g/eq, and (ii) a linear silane crosslinking agent; a photoreactive monomer; and a photoinitiator. a polymer matrix or a precursor thereof including a reaction product between (i) a (meth)acrylate-based (co)polymer in which a silane-based functional group is located in a branched chain and an equivalent weight of the silane-based functional group is 300 g/eq to 2000 g/eq, and (ii) a linear silane crosslinking agent; a photoreactive monomer; and a photoinitiator.
A composition for use in a method of extracting a tooth in a subject in need thereof, the composition comprising collagenase as destructing agent of the periodontal ligament surrounding the tooth, wherein the collagenase is contacted with at least one locus at the periodontal ligament space surrounding the tooth.
A self-expandable endoprosthesis for treating a heart valve insufficiency, wherein the endoprosthesis comprises: - at least one retaining means (30, 55) at a distal end (2, 52) of the endoprosthesis, said at least one retaining means (30, 55) being adapted to engage with corresponding retaining means on an introduction catheter system; - plurality of positioning arches (10, 54) for positioning the endoprosthesis in position within a patient; - an anchoring segment with retaining arches (20, 53) for accommodating a prosthetic heart valve; and - a heart valve prosthesis attached and preferably sutured to the retaining arches (20, 53), wherein the anchoring segment is at a proximal end of the endoprosthesis, and wherein the positioning arches (10, 54) and retaining arches (20, 53) have a co-operative shape to hold the flaps of an insufficient or stenosed heart valve between the positioning (10, 54) and retaining arches (20, 53) when the endoprosthesis is in situ within a patient. - at least one retaining means (30, 55) at a distal end (2, 52) of the endoprosthesis, said at least one retaining means (30, 55) being adapted to engage with corresponding retaining means on an introduction catheter system; - plurality of positioning arches (10, 54) for positioning the endoprosthesis in position within a patient; - an anchoring segment with retaining arches (20, 53) for accommodating a prosthetic heart valve; and - a heart valve prosthesis attached and preferably sutured to the retaining arches (20, 53),
A gas turbine engine comprising; a main engine compressor section; a main engine turbine section; a booster compressor for changing a pressure of airflow received from the main engine compressor section to a pressure desired for a pneumatic system, a bleed air system turbine configured to be driven by airflow from the main engine compressor section; a speed change system (84, 94) for driving the booster compressor; and an exhaust valve for exhausting airflow in excess of an airflow demanded by the pneumatic system, characterised in that: the speed change system comprises a gearbox coupled between the bleed air system turbine and the booster compressor such that the bleed air system turbine and the booster compressor rotate at different speeds.
Device (10, 20) for controlling the dispensing of a beverage from a so-called "Bag-in-Box" container provided with a projecting tap configured as a cup-shaped body, with a through dispensing hole in the bottom, and comprising, at said hole, a movable shutter, in antagonism with an elastic means, according to a vertical axis and carrying a pair of integral rigid fins, opposite to each other and projecting outside the tap in a horizontal plane, provided for gripping with a forefinger and middle finger of a hand of a user, wherein said tap has a fixed upper platform for supporting the thumb of the same hand of the user, whereby said beverage dispensing control device comprises: - a rigid casing (11, 21), made of plastic material, superposed, in a disassemblable manner, with respect to said tap enclosing it, at least in part, at the front and at the side and which has: - two opposite lateral horizontal notches (12, 22), having respective open ends towards said tap and wherein said two fins projecting outside the tap are arranged, at least in part, and retained, - an upper portion (11.1), elevated in use with respect to said platform of said tap, characterised by - a rigid lever, made of plastic material, having at one end a manual handle (13.1), pivoted with respect to said upper portion (11.1) of said casing (11, 21) and oscillating about a horizontal axis (13.2) between an oscillated rest position, in which said lever does not rest against said platform of the tap, and an oscillated working position, in which said lever rests with another end thereof (13.3) against said platform of the tap and maintains said casing (11, 21), integrally with said fins, raised with respect to said tap, with reference to said rest position, determining the hydraulic opening of said tap. - a rigid casing (11, 21), made of plastic material, superposed, in a disassemblable manner, with respect to said tap enclosing it, at least in part, at the front and at the side and which has: - two opposite lateral horizontal notches (12, 22), having respective open ends towards said tap and wherein said two fins projecting outside the tap are arranged, at least in part, and retained, - an upper portion (11.1), elevated in use with respect to said platform of said tap, characterised by - a rigid lever, made of plastic material, having at one end a manual handle (13.1), pivoted with respect to said upper portion (11.1) of said casing (11, 21) and oscillating about a horizontal axis (13.2) between an oscillated rest position, in which said lever does not rest against said platform of the tap, and an oscillated working position, in which said lever rests with another end thereof (13.3) against said platform of the tap and maintains said casing (11, 21), integrally with said fins, raised with respect to said tap, with reference to said rest position, determining the hydraulic opening of said tap.
A solid-state image sensing device, comprising: a sensor unit formed by a plurality of pixels, a clock converting unit (26, 126) for converting an input clock synchronized with an n-bit pixel signal of n bits for each pixel, obtained by imaging, into a converted output clock having a frequency of 1/2 k times of the frequency of the input pixel clock, with k being integral and larger than or equal to 1; an allocating unit (32, 132, 134) for alternately and selectively allocating bit data of the n-bit pixel signal obtained by imaging into 2 k series of bit data, and thus in synchronization with the (2 k) th part of the input clock being the converted output clock; a first selector, to which the n-bit pixel signal and the 2 k series of bit data are supplied, for selecting output either of the n-bit pixel signal in a first output mode or of the 2 k series of bit data in a second output mode; a second selector for selecting as output clock either the input pixel clock in the first output mode or the converted output clock in the second output mode; and an output mode control unit for specifying the first and second output modes from the first and second selectors (31; 27). a sensor unit formed by a plurality of pixels, a clock converting unit (26, 126) for converting an input clock synchronized with an n-bit pixel signal of n bits for each pixel, obtained by imaging, into a converted output clock having a frequency of 1/2 k times of the frequency of the input pixel clock, with k being integral and larger than or equal to 1; an allocating unit (32, 132, 134) for alternately and selectively allocating bit data of the n-bit pixel signal obtained by imaging into 2 k series of bit data, and thus in synchronization with the (2 k) th part of the input clock being the converted output clock; a first selector, to which the n-bit pixel signal and the 2 k series of bit data are supplied, for selecting output either of the n-bit pixel signal in a first output mode or of the 2 k series of bit data in a second output mode; a second selector for selecting as output clock either the input pixel clock in the first output mode or the converted output clock in the second output mode; and an output mode control unit for specifying the first and second output modes from the first and second selectors (31; 27).
Method for manufacturing a white-top liner or a white-top test liner fibrous web, wherein the fibrous web is manufactured with multiple layers in a forming section, dewatered in a pressing section, and dried in a pre-drying section, characterized in that starch is subsequently applied simultaneously to both sides of the fibrous web in a film-application device, and in that the fibrous web in the processing direction thereafter in a curtain-coating installation is coated with pigment-containing dye on only one side, and in that the fibrous web after coating in the curtain-coating installation in a blade-coating installation is again coated with pigment-containing dye on one side.
A method implemented by a first near field communication NFC device, for establishing a transaction with a second NFC device configured in reader mode, comprising, in order: - a step of stopping a mode of polling its surroundings, in which is the first NFC device, being first configured in reader mode, when the signal level, received from the second NFC device, reaches a first threshold; - a step of switching the first device to card mode when the received signal level reaches a second threshold, higher than first threshold; - a step of determining, by the first device, the type of modulation technology of the second device from among several types of modulation technology; and - a step of comparing the level of the signal received by the first device to a third threshold, depending on the type of modulation technology of the second device, the communication being established when the signal level is higher than the third threshold. - a step of stopping a mode of polling its surroundings, in which is the first NFC device, being first configured in reader mode, when the signal level, received from the second NFC device, reaches a first threshold; - a step of switching the first device to card mode when the received signal level reaches a second threshold, higher than first threshold; - a step of determining, by the first device, the type of modulation technology of the second device from among several types of modulation technology; and - a step of comparing the level of the signal received by the first device to a third threshold, depending on the type of modulation technology of the second device, the communication being established when the signal level is higher than the third threshold.
A power control system, comprising: a pre-charge circuit configured to couple to a first alternating current power source and configured to charge components within a self powered gate driver system while electrically isolating the first alternating current power source and the self powered gate driver system, and wherein the pre-charge circuit comprises a current loop and a coil (24A, 24B) disposed about the current loop; and at least one self powered gate driver system coupled to the pre-charge circuit, wherein the self powered gate driver system is configured to selectively couple a second alternating current power source and a load, characterized in that the self powered gate driver system is powered by the pre-charge circuit when the self powered gate driver system is inactive and is powered by the second alternating power source when the self powered gate driver system is active. a pre-charge circuit configured to couple to a first alternating current power source and configured to charge components within a self powered gate driver system while electrically isolating the first alternating current power source and the self powered gate driver system, and wherein the pre-charge circuit comprises a current loop and a coil (24A, 24B) disposed about the current loop; and at least one self powered gate driver system coupled to the pre-charge circuit, wherein the self powered gate driver system is configured to selectively couple a second alternating current power source and a load, characterized in that the self powered gate driver system is powered by the pre-charge circuit when the self powered gate driver system is inactive and is powered by the second alternating power source when the self powered gate driver system is active.
Ridge roll made of an air-permeable, strip-shaped material comprising an upper face and a lower face, and two lateral end regions, wherein the lower face is designed to contact and be applied to a roof covering, in particular roof tiles, wherein a first adhesive strip having first adhesive properties and a second adhesive strip having second adhesive properties are provided on the lower face in both lateral end regions, wherein each first adhesive strip and second adhesive strip are arranged to be adjacent to one another, characterised in that the first adhesive properties and the second adhesive properties differ from one another at least in part. wherein the lower face is designed to contact and be applied to a roof covering, in particular roof tiles, wherein a first adhesive strip having first adhesive properties and a second adhesive strip having second adhesive properties are provided on the lower face in both lateral end regions, wherein each first adhesive strip and second adhesive strip are arranged to be adjacent to one another, characterised in that the first adhesive properties and the second adhesive properties differ from one another at least in part.
A coffee machine, in particular a fully automatic coffee machine, comprising a brewing unit having a brewing chamber and serving to leech coffee grounds, and comprising a leeched-grounds container which serves to receive the leeched-grounds cake resulting from a brewing process and which is preferably disposed so as to be removable for cleaning purposes, breakup means for breaking up the leeched-grounds cake being provided, characterized in that means for impressing a predetermined breaking impression into the leeched-grounds cake are provided.
A modular fan inlet case, comprising: a center ring; an outer ring; and a plurality of struts each coupled at a first end to the center ring, and at a second end to the outer ring; characterised by a plurality of shell members, each shell member defining a longitudinal groove which is placed over a corresponding strut so that the strut is received within the shell member, to removably couple the shell member to the corresponding strut, and wherein each shell member covers a leading edge and opposing sides of the corresponding strut from the first end to the second end of the strut. a center ring; an outer ring; and a plurality of struts each coupled at a first end to the center ring, and at a second end to the outer ring; characterised by a plurality of shell members, each shell member defining a longitudinal groove which is placed over a corresponding strut so that the strut is received within the shell member, to removably couple the shell member to the corresponding strut, and wherein each shell member covers a leading edge and opposing sides of the corresponding strut from the first end to the second end of the strut.
A method in a unit which is a portable data carrier or a security module permanently integrated in a terminal, with: selecting a first process (2, 6) of several processes to be executed concurrently; executing the selected first process (2, 6); characterized by recognizing whether for the first process (2, 6) a fill-up operation is to be performed and filling up the actual processing time of the executed first process (2, 6) to a target processing time, wherein, in the step of recognizing, a fill-up indicator allocated to the process is evaluated which specifies whether a fill-up operation is to be performed. selecting a first process (2, 6) of several processes to be executed concurrently; executing the selected first process (2, 6); recognizing whether for the first process (2, 6) a fill-up operation is to be performed and filling up the actual processing time of the executed first process (2, 6) to a target processing time,