mhurhangee/patent-ind-claim-en huggingface dataset:
A closure device for connecting two parts, comprising - a connector, - a housing which comprises a connector receptacle, into which the connector can be inserted in a closing direction for closing the closure device, - a slide shiftably arranged on the housing, which for opening the closure device is shiftable along an opening direction different from the closing direction, and - a detent spring element which in a closed position of the closure device latchingly holds the connector at the housing and for opening the closure device can be moved out of engagement with the connector by shifting the slide in the opening direction in order to release the connector from the housing, so that in an open position of the closure device the connector is separated from the housing, - at least one guide element which guides the connector on insertion into the connector receptacle for closing the closure device along the closing direction (X) into the closed position and supports the connector against tilting relative to the closing direction (X) when the slide is shifted for opening the closure device , characterized in that on the connector at least one first electrical contact element is arranged and on the housing or the slide at least one second electrical contact element is arranged, wherein in the closed position the at least one first electrical contact element and the at least one second electrical contact element are in electrical contact with each other. - a connector, - a housing which comprises a connector receptacle, into which the connector can be inserted in a closing direction for closing the closure device, - a slide shiftably arranged on the housing, which for opening the closure device is shiftable along an opening direction different from the closing direction, and - a detent spring element which in a closed position of the closure device latchingly holds the connector at the housing and for opening the closure device can be moved out of engagement with the connector by shifting the slide in the opening direction in order to release the connector from the housing, so that in an open position of the closure device the connector is separated from the housing, - at least one guide element which guides the connector on insertion into the connector receptacle for closing the closure device along the closing direction (X) into the closed position and supports the connector against tilting relative to the closing direction (X) when the slide is shifted for opening the closure device ,
A connection system for connecting a timber component to a building element , comprising a first holding section for the building element , a second holding section for the timber component , a coupling element which releasably connects the first holding section and the second holding section via a releasable connection, wherein the first holding section comprises (i) a building-side fitting having a first building-side contact surface for attachment to a first surface of the building element , and (ii) a second contact surface for a second surface of the building element , wherein the first contact surface of the building-side fitting and the second contact surface of the first holding section together enclose an angle (β) other than 180°, wherein the second holding section comprises (i) a timber-component-side fitting having a first contact surface for attachment to a first surface of the timber component , and (ii) a second contact surface for a second surface of the timber component , wherein the first contact surface of the timber-component-side fitting and the second contact surface of the second holding section together enclose an angle (α) other than 180°, wherein the coupling element comprises parallel legs and a stiffening element connects the legs with each other, wherein the angle (α) and/or the angle (β) range(s) between approximately 45° and 180°, preferably amounting to approximately 90°, characterized in that the coupling element connects the first holding section and the second holding section , moreover, rigidly and stiffly. (i) a building-side fitting having a first building-side contact surface for attachment to a first surface of the building element , and (ii) a second contact surface for a second surface of the building element , (i) a timber-component-side fitting having a first contact surface for attachment to a first surface of the timber component , and (ii) a second contact surface for a second surface of the timber component ,
A combination of (a) a radiolabeled complex comprising (i) a radionuclide and (ii) a targeting molecule linked to a chelating agent, wherein the targeting molecule is selected from peptides, peptidomimetics, antibody fragments, antibody mimetics and folate; and (b) para-aminohippuric acid (PAH), or a salt thereof; for use in the treatment of cancer, wherein the combined administration of (a) and (b) increases the anti-tumor efficacy of (a). (a) a radiolabeled complex comprising (i) a radionuclide and (ii) a targeting molecule linked to a chelating agent, wherein the targeting molecule is selected from peptides, peptidomimetics, antibody fragments, antibody mimetics and folate; and (b) para-aminohippuric acid (PAH), or a salt thereof; for use in the treatment of cancer, wherein the combined administration of (a) and (b) increases the anti-tumor efficacy of (a).
A device for storing and restoring fluids at a near-constant pressure, said fluids comprising a gas and a liquid, the device comprising a set of substantially identical reservoirs , each of the reservoirs having a cylindrical outer envelope consisting of at least one metal tube of the type used for the gas and oil pipelines, whose outer diameter is greater than 813 mm and the ratio between the length and the outer diameter thereof is greater than 8, said reservoirs comprising: - a portion containing the gas and a portion containing the liquid, - separation means between the gas and the liquid in the reservoir , which comprises a deformable membrane , - an inlet orifice and an outlet orifice for the gas opening into the portion containing the gas of the reservoir , - an inlet orifice and an outlet orifice for the liquid opening into the portion containing the liquid of the reservoir , characterised in that the deformable membrane forms a bladder or a balloon. - a portion containing the gas and a portion containing the liquid, - separation means between the gas and the liquid in the reservoir , which comprises a deformable membrane , - an inlet orifice and an outlet orifice for the gas opening into the portion containing the gas of the reservoir , - an inlet orifice and an outlet orifice for the liquid opening into the portion containing the liquid of the reservoir ,
A projection display apparatus , comprising: a light source optical system including: a light source section configured to emit light; a light conversion section that converts the light emitted from the light source section to light having a second wavelength band different from a first wavelength band of the light emitted from the light source section, and a cooling section that cools the light conversion section; and an external casing that houses the light source optical system, the external casing having an air inlet and an air outlet , the air inlet formed on a first surface of the external casing and the air outlet formed on a second surface of the external casing, the first surface disposed opposite the second surface to form an airflow path having a linear shape from the air inlet to the air outlet, the light source section and the light conversion section being disposed on the airflow path, the light conversion section being disposed nearer to the air inlet than the light source section, and the cooling section being disposed at a position shifted from the airflow path. a light source section configured to emit light; a light conversion section that converts the light emitted from the light source section to light having a second wavelength band different from a first wavelength band of the light emitted from the light source section, and a cooling section that cools the light conversion section; and an external casing that houses the light source optical system, the external casing having an air inlet and an air outlet , the air inlet formed on a first surface of the external casing and the air outlet formed on a second surface of the external casing, the first surface disposed opposite the second surface to form an airflow path having a linear shape from the air inlet to the air outlet, the light source section and the light conversion section being disposed on the airflow path, the light conversion section being disposed nearer to the air inlet than the light source section, and the cooling section being disposed at a position shifted from the airflow path.
A composition comprising: a carbon fiber material having one or more acyclic olefin group disposed thereon; and a polymer selected from a thermosetting polymer or a thermoplastic polymer, wherein the polymer is a bismaleimide; wherein the acyclic olefin group is represented by the structure: wherein R is a linear or branched C 1 -C 40 alkane; and wherein the acyclic olefin group is formed from the reaction of a carbon-containing zinc-titanium coating directly applied to a fiber surface with carbonyl groups on the fiber surface, in a zinc-titanium passivation process. a carbon fiber material having one or more acyclic olefin group disposed thereon; and a polymer selected from a thermosetting polymer or a thermoplastic polymer, wherein the polymer is a bismaleimide; wherein the acyclic olefin group is represented by the structure: wherein R is a linear or branched C 1 -C 40 alkane; and wherein the acyclic olefin group is formed from the reaction of a carbon-containing zinc-titanium coating directly applied to a fiber surface with carbonyl groups on the fiber surface, in a zinc-titanium passivation process.
A communication device of handling power saving; the communication device comprising: a storage unit for storing instructions of: transmitting a first message comprising capability information to an access network, characterised in that the capability information indicates a plurality of power saving modes of the communication device ; selecting a power saving mode from the plurality of power saving modes ; and transmitting a second message comprising the power saving mode and at least one power saving parameter related to the power saving mode to a core network ; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. transmitting a first message comprising capability information to an access network, characterised in that the capability information indicates a plurality of power saving modes of the communication device ; selecting a power saving mode from the plurality of power saving modes ; and transmitting a second message comprising the power saving mode and at least one power saving parameter related to the power saving mode to a core network ; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit.
An apparatus for the ignition of a fuel/air mixture in the combustion chamber of a combustion machine, wherein the combustion chamber has at least one inlet valve and at least one outlet valve , wherein there are further provided a laser light generating device for giving off laser light and a combustion chamber window for coupling the laser light into a combustion chamber of the combustion machine, the apparatus comprising at least one fluid feed means which is separate from the inlet valve or valves and with which a fluid can be caused to flow at least on to regions of the surface of the combustion chamber window or between the combustion chamber window and the focal point of the laser light, wherein a prechamber is arranged at least region-wise between the combustion chamber window and the focal point of the laser light, characterized in that the prechamber a prechamber is arranged at least region-wise between the combustion chamber window and the focal point of the laser light, characterized in that the prechamber enlarges from the combustion chamber window in the direction of the main combustion chamber in a truncated pyramid manner, wherein the boundary surface of the truncated pyramid is oriented, toward the combustion chamber window .
A sample sequence converter that obtains a weighted frequency domain signal obtained by converting a frequency domain signal corresponding to an input acoustic signal, the weighted frequency domain signal being to be inputted to an encoder encoding the weighted frequency domain signal , or a weighted frequency domain signal corresponding to a weighted time domain signal corresponding to the weighted frequency domain signal obtained by converting the frequency domain signal corresponding to the input acoustic signal, the weighted time domain signal being to be inputted to an encoder encoding the weighted time domain signal , the sample sequence converter comprising: a representative value calculating part calculating, for each frequency section by a plurality of samples (M) fewer than the number of frequency samples of a sample sequence of the frequency domain signal corresponding to the input acoustic signal (N), from the sample sequence of the frequency domain signal, a representative value of the frequency section from sample values of samples included in the frequency section, for each of predetermined time sections; and a signal companding part obtaining, for each of the predetermined time sections, a frequency domain sample sequence obtained by multiplying a weight according to a function value of the representative value by a companding function for which an inverse function can be defined and each of the samples corresponding to the representative value in the sample sequence of the frequency domain signal, as a sample sequence of the weighted frequency domain signal, characterized in that the frequency section by the plurality of samples are set so that the number of included samples is smaller for a frequency section corresponding to a lower frequency and is larger for a frequency section corresponding to a higher frequency. a representative value calculating part calculating, for each frequency section by a plurality of samples (M) fewer than the number of frequency samples of a sample sequence of the frequency domain signal corresponding to the input acoustic signal (N), from the sample sequence of the frequency domain signal, a representative value of the frequency section from sample values of samples included in the frequency section, for each of predetermined time sections; and a signal companding part obtaining, for each of the predetermined time sections, a frequency domain sample sequence obtained by multiplying a weight according to a function value of the representative value by a companding function for which an inverse function can be defined and each of the samples corresponding to the representative value in the sample sequence of the frequency domain signal, as a sample sequence of the weighted frequency domain signal, characterized in that the frequency section by the plurality of samples are set so that the number of included samples is smaller for a frequency section corresponding to a lower frequency and is larger for a frequency section corresponding to a higher frequency.
A smoking substitute apparatus having: an air inlet; an outlet; a flow passage formed between the air inlet and the outlet; a vaporisation chamber in communication with the flow passage, the vaporisation chamber having an aerosol generator configured to generate an aerosol from an aerosol precursor by heating, wherein the aerosol generator comprises: a vaporiser element loaded with aerosol precursor, the vaporiser element being heatable by a heater and presenting a vaporiser element surface to air in the vaporisation chamber, a vaporiser element region being defined as a volume extending outwardly from the vaporiser element surface to a distance of 1 mm from the vaporiser element surface, characterized in that the air inlet, flow passage, outlet and the vaporisation chamber are configured so that, when the air flow rate inhaled by the user through the apparatus is 1.3 L min -1 , the maximum magnitude of velocity of air in the vaporiser element region is in the range 0-2.0 ms -1 . an air inlet; an outlet; a flow passage formed between the air inlet and the outlet; a vaporisation chamber in communication with the flow passage, the vaporisation chamber having an aerosol generator configured to generate an aerosol from an aerosol precursor by heating, wherein the aerosol generator comprises: a vaporiser element loaded with aerosol precursor, the vaporiser element being heatable by a heater and presenting a vaporiser element surface to air in the vaporisation chamber, a vaporiser element region being defined as a volume extending outwardly from the vaporiser element surface to a distance of 1 mm from the vaporiser element surface, characterized in that the air inlet, flow passage, outlet and the vaporisation chamber are configured so that, when the air flow rate inhaled by the user through the apparatus is 1.3 L min -1 , the maximum magnitude of velocity of air in the vaporiser element region is in the range 0-2.0 ms -1 . a vaporiser element loaded with aerosol precursor, the vaporiser element being heatable by a heater and presenting a vaporiser element surface to air in the vaporisation chamber, a vaporiser element region being defined as a volume extending outwardly from the vaporiser element surface to a distance of 1 mm from the vaporiser element surface, characterized in that the air inlet, flow passage, outlet and the vaporisation chamber are configured so that, when the air flow rate inhaled by the user through the apparatus is 1.3 L min -1 , the maximum magnitude of velocity of air in the vaporiser element region is in the range 0-2.0 ms -1 .
An image processing method for an electronic device, comprising: acquiring (S110) a depth image of a current user; acquiring (S110) a three-dimensional background image of a scene populated by the current user; performing (S120) edge extraction on the 3D background image to acquire depth data, in the 3D background image, of edge pixels of a target object in the 3D background image; determining (S130) whether the current user collides with the target object in the scene based on the depth image of the current user and the depth data of the edge pixels of the target object, comprising: performing (S1301) edge extraction on the depth image of the current user to determine edge pixels of a person in the depth image of the current user; acquiring depth data, in the depth image of the current user, of the edge pixels of the person; and determining that the current user collides with the target object in the scene in response to detecting that the depth data of the edge pixels of the person and the depth data of the edge pixels of the target object are the same, and the edge pixels of the person and the edge pixels of the target object are adjacent; and performing (S140) a predetermined operation on the electronic device in response to that the current user collides with the target object. acquiring (S110) a depth image of a current user; acquiring (S110) a three-dimensional background image of a scene populated by the current user; performing (S120) edge extraction on the 3D background image to acquire depth data, in the 3D background image, of edge pixels of a target object in the 3D background image; determining (S130) whether the current user collides with the target object in the scene based on the depth image of the current user and the depth data of the edge pixels of the target object, comprising: performing (S1301) edge extraction on the depth image of the current user to determine edge pixels of a person in the depth image of the current user; acquiring depth data, in the depth image of the current user, of the edge pixels of the person; and determining that the current user collides with the target object in the scene in response to detecting that the depth data of the edge pixels of the person and the depth data of the edge pixels of the target object are the same, and the edge pixels of the person and the edge pixels of the target object are adjacent; and performing (S1301) edge extraction on the depth image of the current user to determine edge pixels of a person in the depth image of the current user; acquiring depth data, in the depth image of the current user, of the edge pixels of the person; and determining that the current user collides with the target object in the scene in response to detecting that the depth data of the edge pixels of the person and the depth data of the edge pixels of the target object are the same, and the edge pixels of the person and the edge pixels of the target object are adjacent; and performing (S140) a predetermined operation on the electronic device in response to that the current user collides with the target object.
A process for the preparation of aluminum phosphate gel having particles with a size distribution having a median particle size d in the range of 3.0 μm to 9.0 μm and a mean particle size less than 7 μm, wherein the process comprises the steps of: i) adding solutions of aluminum salt and alkaline phosphate salt to water in specific concentrations to maintain the pH between 3.0 and 4.0, under stirring to obtain a precipitate, ii) sterilizing the aluminum phosphate precipitate of step (i) by heating the aluminum phosphate precipitate to a temperature in the range of 120-150°C for a period of 30 to 90 minutes; and iii) obtaining the aluminum phosphate gel, wherein the process is devoid of the steps of settling the aluminum phosphate suspension and removal of supernatant, and wherein the process does not involve the addition of any other acid or alkali for pH adjustment. i) adding solutions of aluminum salt and alkaline phosphate salt to water in specific concentrations to maintain the pH between 3.0 and 4.0, under stirring to obtain a precipitate, ii) sterilizing the aluminum phosphate precipitate of step (i) by heating the aluminum phosphate precipitate to a temperature in the range of 120-150°C for a period of 30 to 90 minutes; and iii) obtaining the aluminum phosphate gel, wherein the process is devoid of the steps of settling the aluminum phosphate suspension and removal of supernatant, and wherein the process does not involve the addition of any other acid or alkali for pH adjustment.