mhurhangee/ep-ind-claims huggingface dataset:
A system for arresting movement of a heat exchanger core, comprising: • a main housing, • an internal housing, located in the main housing and adapted to receive the heat exchanger core, the heat exchanger core being received in the internal housing, the internal housing comprising: ∘ a first portion; and ∘ a second portion; characterized in that the second portion is adapted to be displaceable with respect to the first portion, wherein the system further comprises a pressing arrangement configured between the second portion and the main housing, the pressing arrangement being adapted to press the second portion against the heat exchanger core when at least a pre-determined portion of the internal housing is received in the main housing. • a main housing, • an internal housing, located in the main housing and adapted to receive the heat exchanger core, the heat exchanger core being received in the internal housing, the internal housing comprising: ∘ a first portion; and ∘ a second portion; the heat exchanger core being received in the internal housing, the internal housing comprising: ∘ a first portion; and ∘ a second portion; ∘ a first portion; and ∘ a second portion;
A system for fastening a covering presenting a weight per unit area in the range 1 kg/m 2 to 30 kg/m 2 on a surface by using a first and a second assembly, - the first assembly comprising a first retaining element; and - the second assembly comprising a second retaining element; the first and second retaining elements (120, 220) being configured to engage with each other so as to form a reversible bond; the system being characterized in that the first retaining element comprises an array of retaining elements comprising hooks having a height (Hc) lying in the range 0.05 mm to 1 mm, and the second retaining element comprises an array of retaining elements comprising loops having a height (Hb) lying in the range 0.1 mm to 3.0 mm, the ratio of the number of loops per cm 2 over the number of hooks per cm 2 is in the range 6% to 70% in such a manner that the first assembly and the second assembly are adapted so as to provide a bond that presents a first movement under the effect of gravity that is less than 2 mm along a first axis. - the first assembly comprising a first retaining element; and - the second assembly comprising a second retaining element; the first and second retaining elements (120, 220) being configured to engage with each other so as to form a reversible bond; the system being characterized in that the first retaining element comprises an array of retaining elements comprising hooks having a height (Hc) lying in the range 0.05 mm to 1 mm, and the second retaining element comprises an array of retaining elements comprising loops having a height (Hb) lying in the range 0.1 mm to 3.0 mm, the ratio of the number of loops per cm 2 over the number of hooks per cm 2 is in the range 6% to 70% in such a manner that the first assembly and the second assembly are adapted so as to provide a bond that presents a first movement under the effect of gravity that is less than 2 mm along a first axis. the first and second retaining elements (120, 220) being configured to engage with each other so as to form a reversible bond; the system being characterized in that the first retaining element comprises an array of retaining elements comprising hooks having a height (Hc) lying in the range 0.05 mm to 1 mm, and the second retaining element comprises an array of retaining elements comprising loops having a height (Hb) lying in the range 0.1 mm to 3.0 mm,
Head up display projecting visual information onto a screen, wherein the head up display has a projector unit comprising a light source for illuminating a light modulating device with backlight and the light modulation device for generating the visual information, wherein the projector unit has a global radiator for cooling the projector unit, wherein the projector unit is arranged immediately adjacent to a kinematic device and wherein the global radiator comprises at least partially a material having a thermal conductivity greater than 100 W/(mK), wherein the light modulation device comprises a lens and a liquid crystal display, wherein the global radiator contacts both the light source and the light modulation device, wherein the lens is arranged between the light source and the liquid crystal display, wherein the lens is arranged inside the global radiator, wherein the liquid crystal display is a TFT-display, characterised in that the TFT-display is tilted with respect to a direction being perpendicular to a main propagation direction of the backlight in order to compensate aberrations on the screen, wherein the global radiator is adapted to the tilted TFT-display and is designed asymmetrically.
A method for producing propylene, the method comprising: (a) introducing a first gas mixture comprising propane to a dehydrogenation catalyst at a temperature of at least 570°C; then (b) introducing a second gas mixture comprising steam and air to the dehydrogenation catalyst at a temperature of at least 550°C, and allowing the second gas mixture to subsist therewith for at least one hour; and then (c) introducing a third gas mixture comprising hydrogen to the dehydrogenation catalyst at a temperature of at least 500°C. (a) introducing a first gas mixture comprising propane to a dehydrogenation catalyst at a temperature of at least 570°C; then (b) introducing a second gas mixture comprising steam and air to the dehydrogenation catalyst at a temperature of at least 550°C, and allowing the second gas mixture to subsist therewith for at least one hour; and then (c) introducing a third gas mixture comprising hydrogen to the dehydrogenation catalyst at a temperature of at least 500°C.
A method for producing a pneumatic tire, the method comprising: sequentially preparing a sealant by mixing raw materials including an organic peroxide using a twin screw kneading extruder; and sequentially applying the sealant to an inner periphery of the tire, wherein the sealant is continuously and spirally attached without overlapping in the width direction and without gaps to the inner periphery of the tire, wherein the width of the sealant is 0.8 mm or more and 18 mm or less, and the cross-sectional area of the sealant is 0.8 mm 2 or more and 180 mm 2 or less. sequentially preparing a sealant by mixing raw materials including an organic peroxide using a twin screw kneading extruder; and sequentially applying the sealant to an inner periphery of the tire, wherein the sealant is continuously and spirally attached without overlapping in the width direction and without gaps to the inner periphery of the tire, wherein the width of the sealant is 0.8 mm or more and 18 mm or less, and the cross-sectional area of the sealant is 0.8 mm 2 or more and 180 mm 2 or less.
Method for preparing a polymer starting from monomers comprising vinylidene fluoride, trifluoroethylene and a third monomer, the method comprising, successively: - injecting all the monomers to be reacted into a reactor; - initiating polymerization of the monomers; - a step (a) of continuing the polymerization of the monomers, during which the pressure in the reactor is kept constant. - injecting all the monomers to be reacted into a reactor; - initiating polymerization of the monomers; - a step (a) of continuing the polymerization of the monomers, during which the pressure in the reactor is kept constant.
A system for active frost detection comprising: a) at least one active frost sensor comprising an upper skin and one or more temperature sensors for measuring temperature of the skin; b) at least one sensor for measuring outside ambient temperature; and c) a processor configured to compare the skin temperature with outside ambient temperature; wherein if the skin temperature is less than outside ambient temperature, the system is configured to provide a warning to indicate that conditions for active frost may be present and if the skin temperature is less than the frost point, the system is further configured to provide a warning to indicate that conditions for active frost are present, wherein the skin is optionally manufactured from a material with good heat transfer properties, preferably the skin is manufactured from the skin material of a commercial aircraft wing or more preferably the skin comprises aluminum or a composite material and wherein the skin is optionally insulated on a lower surface of the skin. a) at least one active frost sensor comprising an upper skin and one or more temperature sensors for measuring temperature of the skin; b) at least one sensor for measuring outside ambient temperature; and c) a processor configured to compare the skin temperature with outside ambient temperature;
Longitudinal flow installation for farming of aquatic organisms, wherein the longitudinal flow installation comprises a raceway and sidewalls (15, 17); wherein the raceway is structured to be filled with water for allowing aquatic organisms to be accommodated; wherein the raceway comprises an inlet portion for water and an outlet portion for water wherein a water flow is substantially laminar between the inlet portion and the outlet portion, and the outlet portion is provided with a first drain for the water; wherein the longitudinal flow installation is provided with a fluid supply (41, 45) for allowing oxygen to be supplied to the water, the longitudinal flow installation is further provided with at least one return conduit for circulation of the water in the raceway, wherein the return conduit, in an inlet portion and an outlet portion thereof, is provided with a submerged, water flow-through and organism-excluding element (35, 39), characterized in that the return conduit is positioned between the sidewalls (15, 17) of the longitudinal flow installation, and wherein a water surface in the return conduit substantially is at a level of a water surface in the raceway.
A dual-entry keyring, comprising: a ring body in a two-turn ring shape design for keeping keys, said ring body comprising a first end and a second end respectively disposed at opposing top and bottom sides thereof beyond superimposition, and a first press portion and a second press portion arranged between said first end and said second end to face toward each other and respectively outwardly curved with a gap defined therebetween, a part of a first turn of said two-turn ring shape design of said ring body beyond said first press portion being closely abutted to a part of a second turn of said two-turn ring shape design of said ring body beyond said second press portion so that a stress point is formed at each of two opposite lateral sides of said gap between said first press portion and said second press portion; wherein, when the first end and the second end of the ring body engage a middle portion of the ring body, the first end and the second end of the ring body are spaced apart by a distance equal to the thickness of the ring body; characterized in that the ring body is made of a material having a thickness and a cross section being substantially rectangular and uniform along a length thereof, a first flat surface and a second flat surface extending along the length thereof from the first end to the second end of the ring body, the second flat surface is located opposite the first flat surface. a ring body in a two-turn ring shape design for keeping keys, said ring body comprising a first end and a second end respectively disposed at opposing top and bottom sides thereof beyond superimposition, and a first press portion and a second press portion arranged between said first end and said second end to face toward each other and respectively outwardly curved with a gap defined therebetween, a part of a first turn of said two-turn ring shape design of said ring body beyond said first press portion being closely abutted to a part of a second turn of said two-turn ring shape design of said ring body beyond said second press portion so that a stress point is formed at each of two opposite lateral sides of said gap between said first press portion and said second press portion; wherein, when the first end and the second end of the ring body engage a middle portion of the ring body, the first end and the second end of the ring body are spaced apart by a distance equal to the thickness of the ring body; characterized in that the ring body is made of a material having a thickness and a cross section being substantially rectangular and uniform along a length thereof, a first flat surface and a second flat surface extending along the length thereof from the first end to the second end of the ring body, the second flat surface is located opposite the first flat surface.
Arrangement having an anchoring hole in an anchoring substrate and an anchor arranged in the anchoring hole, wherein in the anchoring hole there is arranged an electrical position sensor relative to which the anchor moves if the anchor moves in a direction out of the anchoring hole, characterised in that the position sensor is arranged in the anchoring hole at an end of the anchor that is located in the anchoring hole; the anchor and the position sensor are fixed in the anchoring hole with a cured composition; and the anchor has a position sensor holder which holds the position sensor movably or releasably on the anchor and against movement together with the anchor in the longitudinal direction of the anchoring hole, in such a way that the position sensor does not move together with the anchor if the anchor moves in a direction out of the anchoring hole.
A signal processing circuit comprising: detection means configured to detect generation of a peak in an analog signal whose signal value changes in accordance with an input of a photon, A/D conversion means configured to perform A/D conversion of a signal value of a peak of the analog signal into digital data of a plurality of bits by determining a value of each of the plurality of bits sequentially from an upper bit to a lower bit; and control means configured to control the A/D conversion means so that, in a case in which the generation of a second peak of the analog signal is detected during a period in which the A/D conversion of a signal value of a first peak of the analog signal is being performed, the A/D conversion of the signal value of the first peak will be interrupted and the A/D conversion of a signal value of the second peak will be started. detection means configured to detect generation of a peak in an analog signal whose signal value changes in accordance with an input of a photon, A/D conversion means configured to perform A/D conversion of a signal value of a peak of the analog signal into digital data of a plurality of bits by determining a value of each of the plurality of bits sequentially from an upper bit to a lower bit; and control means configured to control the A/D conversion means so that, in a case in which the generation of a second peak of the analog signal is detected during a period in which the A/D conversion of a signal value of a first peak of the analog signal is being performed, the A/D conversion of the signal value of the first peak will be interrupted and the A/D conversion of a signal value of the second peak will be started.
A method (800; 900) for join selection of a conference call from a mobile communication device, the method being carried out by a conference call application of the mobile communications device, wherein the mobile communication device includes a memory for storing at least one calendar event record, the method (800; 900) comprising: upon detection of a trigger event, the conference call application automatically parsing all stored calendar event records to identify (806; 904) a plurality of addresses for contacting a conference call server for establishing a scheduled conference call session, wherein the trigger event comprises one of: installation of the conference call application, launching of the conference call application, waiting a periodic time period; the conference call application automatically selecting, based on specified criteria, one of the identified addresses as a default address for a default join option interface element of an interface displayed on the mobile communication device, wherein the default address is used for establishing the scheduled conference call session based on a selection of the default join option interface element; the conference call application generating (808; 912) an identifier for associating the selected default address with the default join option interface element, wherein the identifier indicates the default address for the default join option interface element; and the conference call application storing the identifier in the memory. upon detection of a trigger event, the conference call application automatically parsing all stored calendar event records to identify (806; 904) a plurality of addresses for contacting a conference call server for establishing a scheduled conference call session, wherein the trigger event comprises one of: installation of the conference call application, launching of the conference call application, waiting a periodic time period; the conference call application automatically selecting, based on specified criteria, one of the identified addresses as a default address for a default join option interface element of an interface displayed on the mobile communication device, wherein the default address is used for establishing the scheduled conference call session based on a selection of the default join option interface element; the conference call application generating (808; 912) an identifier for associating the selected default address with the default join option interface element, wherein the identifier indicates the default address for the default join option interface element; and the conference call application storing the identifier in the memory.
In a communication environment, a method of signal processing to compensate for gain control output spikes caused by steps in a digital step attenuator, the method comprising: receiving a changing power input signal at a receiver; determining that a change in power of the input signal will cause the digital step attenuator to change its attenuation in a step of a predetermined amount; based on determining that the change in power of the input signal will cause the digital step attenuator to change its attenuation in a step of a predetermined amount to attenuate the changing power input signal to a level appropriate for a variable voltage attenuator that is coupled to the digital step attenuator; causing the variable voltage attenuator to change its attenuation by the same amount at a time coinciding with a time when the digital step attenuator changes its attenuation by the predetermined amount, thereby compensating for said gain control output spikes; and outputting a gain-controlled output signal resulting from applying the digital step attenuator and the variable voltage attenuator to the changing power input signal. receiving a changing power input signal at a receiver; determining that a change in power of the input signal will cause the digital step attenuator to change its attenuation in a step of a predetermined amount; based on determining that the change in power of the input signal will cause the digital step attenuator to change its attenuation in a step of a predetermined amount to attenuate the changing power input signal to a level appropriate for a variable voltage attenuator that is coupled to the digital step attenuator; causing the variable voltage attenuator to change its attenuation by the same amount at a time coinciding with a time when the digital step attenuator changes its attenuation by the predetermined amount, thereby compensating for said gain control output spikes; and outputting a gain-controlled output signal resulting from applying the digital step attenuator and the variable voltage attenuator to the changing power input signal.
A method of wireless communication, the method comprising: receiving a packet at a network interface via a circuit-switched network, the packet including primary coding of a first audio frame, redundant coding of a second audio frame, and one or more bits indicating signaling information, the signaling information indicating which of the primary coding and the redundant coding is to be decoded; and decoding the primary coding or the redundant coding portion of the packet based on the signaling information. receiving a packet at a network interface via a circuit-switched network, the packet including primary coding of a first audio frame, redundant coding of a second audio frame, and one or more bits indicating signaling information, the signaling information indicating which of the primary coding and the redundant coding is to be decoded; and decoding the primary coding or the redundant coding portion of the packet based on the signaling information.
A solid dispersion comprising and hydroxypropyl methylcellulose acetate succinate (HPMCAS); wherein the weight-by-weight ratio of ARN-509: HPMCAS in the solid dispersion is in the range from 1: 1 to 1: 5. and hydroxypropyl methylcellulose acetate succinate (HPMCAS); wherein the weight-by-weight ratio of ARN-509: HPMCAS in the solid dispersion is in the range from 1: 1 to 1: 5.
A charging method for a nickel battery, which has a nickel positive electrode with nickel oxide as an active material, comprising the steps of: fully charging (S11, S12) the nickel battery from a state in which respective particles that form the nickel positive electrode are all in a discharged state by supplying a charging current for a time period the product of which corresponds to a charge larger than the rated capacity of the nickel battery; and discharging (S13, S14) the nickel battery after the full charging by drawing a discharging current for a time period the product of which corresponds to a charge of at least 17% of the rated battery capacity and at the most 79% of the rated battery capacity. fully charging (S11, S12) the nickel battery from a state in which respective particles that form the nickel positive electrode are all in a discharged state by supplying a charging current for a time period the product of which corresponds to a charge larger than the rated capacity of the nickel battery; and discharging (S13, S14) the nickel battery after the full charging by drawing a discharging current for a time period the product of which corresponds to a charge of at least 17% of the rated battery capacity and at the most 79% of the rated battery capacity.