mhurhangee/ep-ind-claims huggingface dataset:
Machine for preparing a filtered beverage from a food substance and a liquid, said machine comprising: - a chamber wherein is arranged the food substance - liquid supplying means to heat and circulate to the food substance this liquid, the liquid supplying means comprising a duct wherein circulates said heated liquid which is as such provided to the food substance, - a filter in a filter holder, open to receive said food substance, and passing the liquid after the liquid has passed through the food substance which is retained in a first side of the filter, - a container in which the filtered beverage is received and with which communicates a second side of the filter, characterised in that the liquid circulates at one moment in vapour phase and at another moment in liquid phase, the machine comprises closing means which, at a distance from the filter, close the chamber in substantially leaktight manner to the vapour at least above the food substance when the liquid arrives in vapour phase by the duct which opens into the chamber. - a chamber wherein is arranged the food substance - liquid supplying means to heat and circulate to the food substance this liquid, the liquid supplying means comprising a duct wherein circulates said heated liquid which is as such provided to the food substance, - a filter in a filter holder, open to receive said food substance, and passing the liquid after the liquid has passed through the food substance which is retained in a first side of the filter, - a container in which the filtered beverage is received and with which communicates a second side of the filter, characterised in that the liquid circulates at one moment in vapour phase and at another moment in liquid phase, the machine comprises closing means which, at a distance from the filter, close the chamber in substantially leaktight manner to the vapour at least above the food substance when the liquid arrives in vapour phase by the duct which opens into the chamber.
An imageable material useful for making a mask element, the imageable material consisting essentially of, in order: (a) a transparent polymeric carrier sheet; (b) a non-ablatable light-to-heat converting (LTHC) layer disposed directly on the transparent polymeric carrier sheet, the LTHC layer having an average dry thickness of at least 1 μm and up to and including 5 μm, and comprising: (i) a first infrared radiation absorbing material in an amount of at least 0.1 weight % and up to and including 5 weight %; (ii) a thermally crosslinked organic polymeric binder material; and (iii) non-thermally ablatable particles having an average particle size of at least 0.1 μm and up to and including 20 μm and that are present in an amount of at least 0.2 weight % and up to and including 10 weight %, all weight percentages being based on the total dry weight of the LTHC layer; (c) a non-silver halide thermally-ablatable imaging layer disposed directly on the LTHC layer, the IL comprising a second infrared radiation absorbing material and a UV-light absorbing material dispersed within one or more thermally-ablatable polymeric binder materials; and the imageable material optionally further comprising (d) a transparent polymeric overcoat layer disposed directly on the IL. (a) a transparent polymeric carrier sheet; (b) a non-ablatable light-to-heat converting (LTHC) layer disposed directly on the transparent polymeric carrier sheet, the LTHC layer having an average dry thickness of at least 1 μm and up to and including 5 μm, and comprising: (i) a first infrared radiation absorbing material in an amount of at least 0.1 weight % and up to and including 5 weight %; (ii) a thermally crosslinked organic polymeric binder material; and (iii) non-thermally ablatable particles having an average particle size of at least 0.1 μm and up to and including 20 μm and that are present in an amount of at least 0.2 weight % and up to and including 10 weight %, all weight percentages being based on the total dry weight of the LTHC layer; (c) a non-silver halide thermally-ablatable imaging layer disposed directly on the LTHC layer, the IL comprising a second infrared radiation absorbing material and a UV-light absorbing material dispersed within one or more thermally-ablatable polymeric binder materials; and
A helmet for receiving the head of a hockey or lacrosse player, said helmet comprising: (a) an outer shell for covering at least a portion of the head, said outer shell being made of relatively rigid material and having an inner surface and an outer surface; (b) a skeleton mounted within said outer shell, said skeleton having an inner surface and an outer surface, said skeleton being made of semi-rigid material selected from the group consisting of semi-rigid polymer, injection-molded polymer, extruded polymer, molded polymer, metal and fiber reinforced composite material and comprising a plurality of members, said plurality of members comprising at least one member having first and second projections (102; 104), a bottom wall extending between said first and second projections, and a channel defined between said first and second projections and said bottom wall and extending along said first and second projections and said bottom wall, each projection extending upwardly from said bottom wall at an obtuse angle relative to said bottom wall and towards said inner surface of said outer shell such that, in use, said first and second projections are adapted to deflect upon an impact to said outer shell and said skeleton distributes and absorbs impact forces; and (c) an inner lining being made of energy-absorptive material and at least partially covering said inner surface of said skeleton, said inner lining having an inner surface for contacting the player's head. (a) an outer shell for covering at least a portion of the head, said outer shell being made of relatively rigid material and having an inner surface and an outer surface; (b) a skeleton mounted within said outer shell, said skeleton having an inner surface and an outer surface, said skeleton being made of semi-rigid material selected from the group consisting of semi-rigid polymer, injection-molded polymer, extruded polymer, molded polymer, metal and fiber reinforced composite material and comprising a plurality of members, said plurality of members comprising at least one member having first and second projections (102; 104), a bottom wall extending between said first and second projections, and a channel defined between said first and second projections and said bottom wall and extending along said first and second projections and said bottom wall, each projection extending upwardly from said bottom wall at an obtuse angle relative to said bottom wall and towards said inner surface of said outer shell such that, in use, said first and second projections are adapted to deflect upon an impact to said outer shell and said skeleton distributes and absorbs impact forces; and (c) an inner lining being made of energy-absorptive material and at least partially covering said inner surface of said skeleton, said inner lining having an inner surface for contacting the player's head.
A method for sending a signaling connection release indication message to a wireless network, the method comprising: receiving, at a user equipment, a system information message from the wireless network; determining, at the user equipment, if the system information message includes an inhibit transition indication; and if the system information message includes an inhibit transition indication, transmitting a signaling connection release indication message from the user equipment to the wireless network, the signaling connection release indication including a cause. receiving, at a user equipment, a system information message from the wireless network; determining, at the user equipment, if the system information message includes an inhibit transition indication; and if the system information message includes an inhibit transition indication, transmitting a signaling connection release indication message from the user equipment to the wireless network, the signaling connection release indication including a cause.
A superconducting generator comprising: an annular armature connectable to rotate with a rotating component of a wind turbine; a stationary annular field winding coaxial to the armature and separated by a gap from the armature, wherein the field winding includes superconducting coils; a non-rotating support for the field winding, the non-rotating support comprising an external cryostat housing disposed around a thermal shield disposed around the field winding, and a first torque tube (72, 502, 602, 700) and a second torque tube (80, 504, 604, 700) connected to the first torque tube (72, 502, 602, 700), and an annular casing for housing the field winding, the annular casing being suspended in the thermal shield, wherein the first and second torque tubes are configured to transmit torque from the field winding to the external cryostat housing and to provide thermal insulation, wherein the first torque tube suspends the thermal shield in an interior of the external cryostat housing and is configured to transmit torque from the thermal shield to the external cryostat housing and is configured to provide thermal insulation between the thermal shield and the external cryostat housing, and wherein the second torque tube suspends the annular casing and thermally insulates the annular casing from the thermal shield, characterized in that at least one of the first and second torque tubes (72, 80, 502, 504, 602, 604, 700) is cylindrical or frustoconical and formed of a member comprising a composite material and/or formed of a plurality of segmented sections. an annular armature connectable to rotate with a rotating component of a wind turbine; a stationary annular field winding coaxial to the armature and separated by a gap from the armature, wherein the field winding includes superconducting coils; a non-rotating support for the field winding, the non-rotating support comprising an external cryostat housing disposed around a thermal shield disposed around the field winding, and a first torque tube (72, 502, 602, 700) and a second torque tube (80, 504, 604, 700) connected to the first torque tube (72, 502, 602, 700), and an annular casing for housing the field winding, the annular casing being suspended in the thermal shield, wherein the first and second torque tubes are configured to transmit torque from the field winding to the external cryostat housing and to provide thermal insulation, wherein the first torque tube suspends the thermal shield in an interior of the external cryostat housing and is configured to transmit torque from the thermal shield to the external cryostat housing and is configured to provide thermal insulation between the thermal shield and the external cryostat housing, and wherein the second torque tube suspends the annular casing and thermally insulates the annular casing from the thermal shield, characterized in that at least one of the first and second torque tubes (72, 80, 502, 504, 602, 604, 700) is cylindrical or frustoconical and formed of a member comprising a composite material and/or formed of a plurality of segmented sections.
A trim arrangement for a motor vehicle, having a first trim element and a second trim element connected to the first trim element, wherein the first trim element comprises a fastening extension which is connected by means of a connection means to a receiving portion formed on the second trim element, characterised in that the fastening extension furthermore comprises a latching nose for latching engagement in a latching opening of the second trim element which is formed in the receiving portion.
An extravascular system comprising: a catheter adapter having an interior surface; a catheter inserted into the catheter adapter; a needle disposed within the catheter, wherein the needle includes a needle tip; a needle cap including a flexible seal, wherein the flexible seal engages the interior surface of the catheter adapter; and the needle cap comprising at least one capillary space characterized in that the needle defines a notch between the needle and the catheter, and wherein blood may flow along the entire length of the extravascular system from the needle notch through the needle cap wherein said at least one capillary space receives and retains the liquid flow extending into, on and around the needle cap when the needle cap is removed from the catheter adapter. a catheter adapter having an interior surface; a catheter inserted into the catheter adapter; a needle disposed within the catheter, wherein the needle includes a needle tip; a needle cap including a flexible seal, wherein the flexible seal engages the interior surface of the catheter adapter; and the needle cap comprising at least one capillary space characterized in that the needle defines a notch between the needle and the catheter, and wherein blood may flow along the entire length of the extravascular system from the needle notch through the needle cap wherein said at least one capillary space receives and retains the liquid flow extending into, on and around the needle cap when the needle cap is removed from the catheter adapter.
Device for separating a shower area, - wherein the device has a first wall element, a second wall element, and a guide system; - wherein the guide system connects the first and the second wall element (3, 4) to one another in a parallel orientation, and guides said first and said second wall element (3, 4); - wherein the guide system has at least two guide elements (11, 12, 13); - wherein a first guide element is connected to the first wall element; - wherein a second guide element is connected to the second wall element; and - wherein the second wall element by means of the guide system is able to be transferred relative and parallel to the first wall element, from a first position to a second position; - wherein the first guide element is connected to the first wall element by means of a holding profile; and - wherein the second guide element is connected to the second wall element by means of a grooved profile, characterized in that the grooved profile has a detent groove, wherein at least one detent element (50, 52) is disposed in the detent groove, wherein a detent profile which, in a detent position of the second wall element interacts with at least one of the detent elements (50, 52) in the detent groove of the grooved profile, is provided on or in the holding profile of the first wall element,. - wherein the device has a first wall element, a second wall element, and a guide system; - wherein the guide system connects the first and the second wall element (3, 4) to one another in a parallel orientation, and guides said first and said second wall element (3, 4); - wherein the guide system has at least two guide elements (11, 12, 13); - wherein a first guide element is connected to the first wall element; - wherein a second guide element is connected to the second wall element; and - wherein the second wall element by means of the guide system is able to be transferred relative and parallel to the first wall element, from a first position to a second position; - wherein the first guide element is connected to the first wall element by means of a holding profile; and - wherein the second guide element is connected to the second wall element by means of a grooved profile,
Method for producing a steering shaft part that forms a section of a steering shaft, said steering shaft part having, at least in an end region, a reinforcement section over which the steering shaft part has an increased wall thickness compared to an adjoining section (14, 21) of the steering shaft part towards the longitudinal centre of the steering shaft part, and said steering shaft part comprising a tube and a sleeve which is arranged in the reinforcement section of the steering shaft part and forms the increased wall thickness, wherein connection elements (17, 18) are formed which serve for connecting the steering shaft part to a steering wheel or a fork for a universal joint or a steering pinion, at least some of said connection elements being located in the reinforcement section reinforced by the sleeve, characterized in that, in order to form the reinforcement section of the steering shaft part, the sleeve is pushed axially over an end section of the tube and then the tube is widened and thereby plastically deformed at least over a portion of the length of the end section thereof surrounded by the sleeve, the sleeve being elastically and plastically deformed.
An antibody binding to epidermal growth factor receptor variant III (EGFRvIII) comprising an amino acid sequence of SEQ ID NO: 1, free from cross-reacting with epidermal growth factor receptor (EGFR), wherein the antibody is specifically binding to the 1 st to 13 th amino acid regions of the amino acid sequence of SEQ ID NO: 1 and comprises: a heavy chain variable region comprising a sequence of SEQ ID NO: 28 and a light chain variable region comprising a sequence of SEQ ID NO: 32 or 33.
Method of sound spatialization with a multichannel encoding and for reproduction on two loudspeakers, comprising a spatial encoding defined by encoding functions associated with a plurality of encoding channels and a decoding by applying filters for reproduction in a binaural context on the two loudspeakers, characterized in that it comprises the steps: a) obtaining an original suite of acoustic transfer functions specific to an individual's morphology (HRIR;HRTF), b) fixing spatial encoding functions ( g (,φ,n,f)) and/or decoding filters (F(t,n)), and c) through successive iterations, optimizing the filters associated with the chosen encoding functions or the encoding functions associated with the chosen filters, or jointly the chosen filters and encoding functions, by minimizing an error (c(HRIR, HRIR*)) calculated as a function of a comparison between: - the original suite of transfer functions (HRIR), and - a suite of transfer functions reconstructed (HRIR*) on the basis of the encoding functions and the decoding filters, optimized and/or chosen, characterized in that the comparison of step c) is calculated by differences between respective moduli of the original (HRTF(p,f)) and reconstructed (HRTF * (p, f)) transfer functions, expressed in the frequency domain, for each position in space associated with a transfer function. a) obtaining an original suite of acoustic transfer functions specific to an individual's morphology (HRIR;HRTF), b) fixing spatial encoding functions ( g (,φ,n,f)) and/or decoding filters (F(t,n)), and c) through successive iterations, optimizing the filters associated with the chosen encoding functions or the encoding functions associated with the chosen filters, or jointly the chosen filters and encoding functions, by minimizing an error (c(HRIR, HRIR*)) calculated as a function of a comparison between: - the original suite of transfer functions (HRIR), and - a suite of transfer functions reconstructed (HRIR*) on the basis of the encoding functions and the decoding filters, optimized and/or chosen, characterized in that the comparison of step c) is calculated by differences between respective moduli of the original (HRTF(p,f)) and reconstructed (HRTF * (p, f)) transfer functions, expressed in the frequency domain, for each position in space associated with a transfer function. - the original suite of transfer functions (HRIR), and - a suite of transfer functions reconstructed (HRIR*) on the basis of the encoding functions and the decoding filters, optimized and/or chosen, characterized in that the comparison of step c) is calculated by differences between respective moduli of the original (HRTF(p,f)) and reconstructed (HRTF * (p, f)) transfer functions, expressed in the frequency domain, for each position in space associated with a transfer function.
A method of operating a system that includes a first device (200, 400) with a first display and a second device (300, 450) with a second display (302, 452) different than the first display, the method comprising: producing output data, by the first device, responsive to input; determining, at the first device, if the first device is operating in a first mode or a second mode; if the first device is operating in the first mode, displaying content on the first display in accordance with the output data; if the first device is operating in the second mode, refraining from displaying content on the first display in accordance with the output data, and transmitting the output data to the second device (300, 450); determining, using an image sensor of the second device, a position of the first display relative to the second display (302, 452); and displaying, on the second display (302, 452), content in accordance with the output data and the determined position of the first display relative to the second display (302, 452). producing output data, by the first device, responsive to input; determining, at the first device, if the first device is operating in a first mode or a second mode; if the first device is operating in the first mode, displaying content on the first display in accordance with the output data; if the first device is operating in the second mode, refraining from displaying content on the first display in accordance with the output data, and transmitting the output data to the second device (300, 450); determining, using an image sensor of the second device, a position of the first display relative to the second display (302, 452); and displaying, on the second display (302, 452), content in accordance with the output data and the determined position of the first display relative to the second display (302, 452).
A method for controlling a fungal phytopathogen or preventing infection of a plant by a fungal phytopathogen comprising the steps of forming a dispersion of a Galla chinensis preparation in water and contacting the plant, plant parts, its seed, soil and/or habitat with an effective amount of said dispersion, wherein the preparation contains or substantially is Galla chinensis in pulverized form.
Adaptor applicable to an infusion group (1; 100) for making an infused drink starting from a capsule or pod containing an aromatic substance, where said infusion group comprises a female infusor (3; 103) suitable for receiving said pod or capsule, the adaptor comprising at least one female adaptor (12; 120; 1200) suitable for inserting in said female infusor (3; 103) and suitable for receiving a pod or capsule, characterised in that said female adaptor has a bottom wall provided with a sealing valve element, said valve element being suitable for opening to permit the transit of the infused drink when the pressure of said drink in the female adaptor exceeds a predefined threshold value.
A method operating an electric machine having a parallel winding set, comprising: flowing current through first and second windings of the parallel winding set; sensing current flow through the first winding; and characterized by determining current flow through the second winding; and determining health of the electric machine by comparing current flow through the first winding with current flow through the second winding. flowing current through first and second windings of the parallel winding set; sensing current flow through the first winding; and characterized by determining current flow through the second winding; and determining health of the electric machine by comparing current flow through the first winding with current flow through the second winding.