mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor comprising: an airtight container ; a compression mechanism that is accommodated in the airtight container and compresses a refrigerant introduced into the airtight container ; a motor including a cylindrical stator and a rotor that is disposed inside the stator and generates rotational driving force of the compression mechanism , the stator being fixed to an inner surface of the airtight container ; and a pair of sealed terminals arranged in the airtight container , wherein each of the sealed terminals has three plate-shaped terminals that are disposed outside the airtight container and are electrically connected to the motor ; characterized in that one surface of each of the three plate-shaped terminals is aligned with each side of a triangle and faces each of other two plate-shaped terminal on the one surface in such a manner that three virtual planes each containing the one surface form the triangle across the three plate-shaped terminals ; and one of corners of the triangle formed by the three plate-shaped terminals of one of the sealed terminals faces one of corners of the triangle formed by the three plate-shaped terminals of another of the sealed terminals . an airtight container ; a compression mechanism that is accommodated in the airtight container and compresses a refrigerant introduced into the airtight container ; a motor including a cylindrical stator and a rotor that is disposed inside the stator and generates rotational driving force of the compression mechanism , the stator being fixed to an inner surface of the airtight container ; and a pair of sealed terminals arranged in the airtight container , wherein each of the sealed terminals has three plate-shaped terminals that are disposed outside the airtight container and are electrically connected to the motor ; characterized in that one surface of each of the three plate-shaped terminals is aligned with each side of a triangle and faces each of other two plate-shaped terminal on the one surface in such a manner that three virtual planes each containing the one surface form the triangle across the three plate-shaped terminals ; and one of corners of the triangle formed by the three plate-shaped terminals of one of the sealed terminals faces one of corners of the triangle formed by the three plate-shaped terminals of another of the sealed terminals .
A photosensitizer for use in the prevention and/or treatment of viral respiratory infections caused by a coronavirus comprising applying the photosensitizer intra-nasally and/or intra-orally and/or pharyngeally and irradiating at least a part of the respiratory tract of a subject from outside of the subject with light comprising or having a wavelength selected from 500 nm to 820 nm of the electromagnetic spectrum, wherein the photosensitizer is a phenothiazine derivative having a structure of the following formula (I) wherein D and D' each are an electron donor group, and wherein the positions C-1, C-2, C-4, C-6, C-8 and/or C-9 of the phenothiazine ring system may be substituted by a substituent preferably selected from substituted or unsubstituted lower alkyl, preferably C 1-3 -alkyl, particularly preferred methyl, or lower alkenyl, preferably C 2-3 -alkenyl, amino, halo, and cyano. Preferably, D and D' are each independently a NRR' group with R and R' being preferably independently selected from H, substituted or unsubstituted lower alkyl, preferably C 1-3 -alkyl, particularly preferred methyl, and lower alkenyl, preferably C 2-3 -alkenyl. wherein the photosensitizer is a phenothiazine derivative having a structure of the following formula (I) wherein D and D' each are an electron donor group, and wherein the positions C-1, C-2, C-4, C-6, C-8 and/or C-9 of the phenothiazine ring system may be substituted by a substituent preferably selected from substituted or unsubstituted lower alkyl, preferably C 1-3 -alkyl, particularly preferred methyl, or lower alkenyl, preferably C 2-3 -alkenyl, amino, halo, and cyano. Preferably, D and D' are each independently a NRR' group with R and R' being preferably independently selected from H, substituted or unsubstituted lower alkyl, preferably C 1-3 -alkyl, particularly preferred methyl, and lower alkenyl, preferably C 2-3 -alkenyl.
A molded article comprising an aliphatic polyester-based resin composition, wherein the aliphatic polyester-based resin composition contains an aliphatic polyester-based resin (A) containing a repeat unit derived from an aliphatic diol and a repeat unit derived from an aliphatic dicarboxylic acid as main structural units, a polyhydroxyalkanoate (B), and an inorganic filler (C), the polyhydroxyalkanoate (B) is a copolymer containing a 3-hydroxybutyrate unit and a 3-hydroxyhexanoate unit as main structural units, a mass ratio of the aliphatic polyester-based resin (A) to the polyhydroxyalkanoate (B) is 40/60 to 10/90, and an amount of the inorganic filler (C) relative to a total amount of the aliphatic polyester-based resin (A), the polyhydroxyalkanoate (B), and the inorganic filler (C) is 15 to 50% by mass. wherein the aliphatic polyester-based resin composition contains an aliphatic polyester-based resin (A) containing a repeat unit derived from an aliphatic diol and a repeat unit derived from an aliphatic dicarboxylic acid as main structural units, a polyhydroxyalkanoate (B), and an inorganic filler (C), the polyhydroxyalkanoate (B) is a copolymer containing a 3-hydroxybutyrate unit and a 3-hydroxyhexanoate unit as main structural units, a mass ratio of the aliphatic polyester-based resin (A) to the polyhydroxyalkanoate (B) is 40/60 to 10/90, and an amount of the inorganic filler (C) relative to a total amount of the aliphatic polyester-based resin (A), the polyhydroxyalkanoate (B), and the inorganic filler (C) is 15 to 50% by mass.
A power module, comprising: a base plane; a switch chip (S1) assembled on the base plane; and characterised in that the power module comprises: a voltage clamping circuit comprising a charging loop, wherein the charging loop is assembled on the base plane and connected in parallel with the switch chip (S1) for clamping a voltage of the switch chip (S1), and the charging loop comprises a capacitor (C) assembled on the base plane, wherein the capacitor (C) of the charging loop on the base plane is located within a first circle, defined with a center point of the switch chip as a center of the first circle, and with a product of: (i) a maximum of: a length (L), and a width (W), of the switch chip, and (ii) a first coefficient (n), as a radius of the first circle, and wherein the first coefficient is 2. a base plane; a switch chip (S1) assembled on the base plane; and characterised in that the power module comprises: a voltage clamping circuit comprising a charging loop, wherein the charging loop is assembled on the base plane and connected in parallel with the switch chip (S1) for clamping a voltage of the switch chip (S1), and the charging loop comprises a capacitor (C) assembled on the base plane, wherein the capacitor (C) of the charging loop on the base plane is located within a first circle, defined with a center point of the switch chip as a center of the first circle, and with a product of: (i) a maximum of: a length (L), and a width (W), of the switch chip, and (ii) a first coefficient (n), as a radius of the first circle, and wherein the first coefficient is 2. a voltage clamping circuit comprising a charging loop, wherein the charging loop is assembled on the base plane and connected in parallel with the switch chip (S1) for clamping a voltage of the switch chip (S1), and the charging loop comprises a capacitor (C) assembled on the base plane, wherein the capacitor (C) of the charging loop on the base plane is located within a first circle, defined with a center point of the switch chip as a center of the first circle, and with a product of: (i) a maximum of: a length (L), and a width (W), of the switch chip, and (ii) a first coefficient (n), as a radius of the first circle, and wherein the first coefficient is 2.
A zoom lens consisting of, in order from an object side to an image side, a first lens unit (L1) having a positive refractive power and configured not to be moved for zooming, a second lens unit (L2) having a negative refractive power and configured to be moved for zooming, and a rear lens group (L3-L6) including at least one lens unit, wherein the first lens unit includes at least six lenses, a lens closest to the object side included in the first lens unit is a negative lens, and the zoom lens satisfies conditional expressions − 1.65 < f 1 n / f 1 < − 1.10 , 37 < v 1 n < 48 , 87 < vpave < 100 , and 2.61 ≤ ft / f 1 < 6.0 , where fin is a focal length of the negative lens, vin is an Abbe number of the negative lens with respect to d-line, f1 is a focal length of the first lens unit, ft is a focal length of the zoom lens at a telephoto end, and vpave is an average of Abbe numbers of positive lenses included in the first lens unit with respect to d-line, the Abbe number vd with respect to d-line being expressed by an expression vd = Nd − 1 / NF − NC , where NF is a refractive index with respect to F-line, NC is a refractive index with respect to C-line, and Nd is a refractive index with respect to d-line. the first lens unit includes at least six lenses, a lens closest to the object side included in the first lens unit is a negative lens, and the zoom lens satisfies conditional expressions − 1.65 < f 1 n / f 1 < − 1.10 , 37 < v 1 n < 48 , 87 < vpave < 100 , and 2.61 ≤ ft / f 1 < 6.0 , where fin is a focal length of the negative lens, vin is an Abbe number of the negative lens with respect to d-line, f1 is a focal length of the first lens unit, ft is a focal length of the zoom lens at a telephoto end, and vpave is an average of Abbe numbers of positive lenses included in the first lens unit with respect to d-line, the Abbe number vd with respect to d-line being expressed by an expression vd = Nd − 1 / NF − NC , where NF is a refractive index with respect to F-line, NC is a refractive index with respect to C-line, and Nd is a refractive index with respect to d-line.
A luminescent diamond material comprising a plurality of diamond particles having at least one first defect center that luminesces at a wavelength of 880 nm to 890 nm and energy of 1.41 eV to 1.39 eV; wherein the at least one first defect center is selected from at least one of cobalt, germanium, nickel, nitrogen and silicon; wherein the plurality of diamond particles have a second defect center that luminesces at peak wavelength of 510 nm to 520 nm and energy of 2.43eV to 2.38eV. wherein the at least one first defect center is selected from at least one of cobalt, germanium, nickel, nitrogen and silicon; wherein the plurality of diamond particles have a second defect center that luminesces at peak wavelength of 510 nm to 520 nm and energy of 2.43eV to 2.38eV.
A method of wireless communication of a target user equipment, UE , comprising: communicating an expression of the target UE to a serving entity, wherein the expression comprises a set of characters broadcast by the target UE to facilitate other UEs to discover the target UE for communications; communicating a time frame during which the target UE can be paged for communication; receiving a page initiated from the serving entity for communicating with an initiator UE , the page being received within the time frame during which the target UE can be paged for communication; and communicating with the initiator UE based on the page. communicating an expression of the target UE to a serving entity, wherein the expression comprises a set of characters broadcast by the target UE to facilitate other UEs to discover the target UE for communications; communicating a time frame during which the target UE can be paged for communication; receiving a page initiated from the serving entity for communicating with an initiator UE , the page being received within the time frame during which the target UE can be paged for communication; and communicating with the initiator UE based on the page.
A method comprising: receiving, by a policy control function, PCF, from an application function, AF, a subscription request for a quality of service, QoS, violated event report, wherein the content of the subscription request is configured to cause a receiving function to send the QoS violated event report to the AF; according to the subscription request, sending (step 1), by the PCF to a session management function, SMF, a QoS notification control, QNC, message containing a policy and charging control, PCC, rule that includes a QoS violated event reporting indication; receiving (step 5), by the PCF from the SMF, a QNC notification message containing a QoS violated event report that includes a value of a violated QoS parameter, wherein the violated QoS parameter includes a packet delay of a protocol data unit, PDU, session of a QoS flow received at a user plane function, UPF; and sending, by the PCF to the AF, the QoS violated event report. receiving, by a policy control function, PCF, from an application function, AF, a subscription request for a quality of service, QoS, violated event report, wherein the content of the subscription request is configured to cause a receiving function to send the QoS violated event report to the AF; according to the subscription request, sending (step 1), by the PCF to a session management function, SMF, a QoS notification control, QNC, message containing a policy and charging control, PCC, rule that includes a QoS violated event reporting indication; receiving (step 5), by the PCF from the SMF, a QNC notification message containing a QoS violated event report that includes a value of a violated QoS parameter, wherein the violated QoS parameter includes a packet delay of a protocol data unit, PDU, session of a QoS flow received at a user plane function, UPF; and sending, by the PCF to the AF, the QoS violated event report.
A delayed-release dispenser of a chemical substance, for eliminating social flying insects , comprising - a capsule configured to release - a chemical substance housed therein, - delaying means for delaying the release of the chemical substance , - and securing means configured to secure the capsule to an insect , characterised in that the delaying means comprise a plug arranged in the capsule , said plug made of a moistened material configured to maintain a certain volume, closing the capsule and preventing the outlet of the chemical substance while it remains moistened, and decrease in volume, enabling the outlet of the chemical substance from the capsule as it dries. - a capsule configured to release - a chemical substance housed therein, - delaying means for delaying the release of the chemical substance , - and securing means configured to secure the capsule to an insect ,
Housing of an electrical and/or electronic device , wherein the housing has at least one housing upper part and one housing lower part which can be connected to the housing upper part and the housing, in the assembled state of the housing upper part with the housing lower part , surrounds a housing interior in which electrical and/or electronic components of the device can be arranged, wherein the housing lower part has fastening means which can be joined to corresponding fastening means of the housing upper part for connecting the housing lower part to the housing upper part , wherein the housing lower part has a first housing side and a second housing side which faces away from the first housing side , characterized in that the housing lower part can be joined by means of its fastening means to the corresponding fastening means of the housing upper part for connecting the housing lower part to the housing upper part in at least two different positions in such a way that, in a first position, the second housing side of the housing lower part is oriented towards the housing upper part and, in a second position, the first housing side of the housing lower part is oriented towards the housing upper part , wherein the housing is designed for mounting the housing lower part on a first fastening substrate when the housing lower part is in its first position, and the housing is designed for mounting the housing lower part on a second fastening substrate when the housing lower part is in its second position, wherein the second fastening substrate differs from the first fastening substrate.
A beverage packaging configured for packaging a pressurized alcoholic beverage, preferably based on wine, consisting of: a blow moulded plastic bottle comprising a neck part (I) with pouring opening that transitions into a shoulder part (II) and subsequently a body part (III) and a bottom part (V), wherein the neck part (I) defines a pouring opening in the bottle , the neck part (I) is provided for receipt of a pressure-resistant closing means, wherein an intermediate zone (IV) is provided between the body part (III) and the bottom part (V) with a recess or notch for form-matching receipt of a cup-shaped standing foot of plastic in the form of a champagne bottom , appropriate for, after being applied to the bottle, making the bottle stand upright, wherein the bottle in the bottom part (V) has a circumference (B) smaller than the circumference in the body part of the bottle (A), wherein the diameters are measured on a cross-section perpendicular to the longitudinal axis of the bottle ; and wherein the wall of the intermediate zone directed towards the bottom part (V) is executed with a smaller diameter than the wall of the intermediate zone directed towards the body part (III) of the bottle ; characterized in that the bottle neck (I) has a length longer than the neck width, and in that the bottom part has a petaloid shape.
A process for preparing an X/hard carbon composite material comprising particles of X dispersed on the surface of a hard carbon core, the process comprising the steps: a) forming a mixture comprising i) one or more hard carbon-containing starting materials, ii) one or more starting materials which comprise one or more of the component elements of X, and optionally iii) one or more secondary carbon-containing materials; and b) heating the resulting mixture at 100°C to 1500°C to yield the material comprising the X/hard carbon composite; wherein X comprises one or more component elements selected from antimony, tin, phosphorus, sulfur, boron, aluminium, gallium, indium, germanium, lead, arsenic, bismuth, titanium, molybdenum, selenium, tellurium and cobalt; wherein X is present in an amount of at least 5% by weight of the material comprising the X/hard carbon composite; wherein the mixture in step a) is either formed by: mixing one or more hard carbon-containing starting materials, one or more starting materials which comprise one or more of the component elements of X, optionally one or more secondary carbon-containing materials, together in their solid form, and further optionally in the presence of a mixing liquid, or by dissolving the one or more starting materials which comprise one or more of the component elements of X and dispersing the one or more hard carbon-containing starting materials and optionally the one or more secondary carbon-containing materials, in a liquid; and wherein step b) is performed substantially in the absence of a solvent or other liquid. a) forming a mixture comprising i) one or more hard carbon-containing starting materials, ii) one or more starting materials which comprise one or more of the component elements of X, and optionally iii) one or more secondary carbon-containing materials; and b) heating the resulting mixture at 100°C to 1500°C to yield the material comprising the X/hard carbon composite; mixing one or more hard carbon-containing starting materials, one or more starting materials which comprise one or more of the component elements of X, optionally one or more secondary carbon-containing materials, together in their solid form, and further optionally in the presence of a mixing liquid, or by dissolving the one or more starting materials which comprise one or more of the component elements of X and dispersing the one or more hard carbon-containing starting materials and optionally the one or more secondary carbon-containing materials, in a liquid; and wherein step b) is performed substantially in the absence of a solvent or other liquid.
An aggregate zeolitic adsorbent comprising: - zeolite X powder exchanged to at least 90% by barium ions alone or by barium ions and potassium ions, the exchangeable sites occupied by potassium possibly representing up to 1/3 of the exchangeable sites occupied by the barium et potassium ions, the possible complement being generally provided by alkali or alkaline-earth ions other than barium and potassium; - zeolite LSX powder exchanged to at least 90% by barium ions alone or by barium ions and potassium ions, the exchangeable sites occupied by potassium possibly representing up to 1/3 of the exchangeable sites occupied by the barium plus potassium ions, the possible complement being generally provided by alkali or alkaline-earth ions other than barium and potassium; - and a binder in a proportion lower than or equal to 20% by weight of the total mass of the aggregate, the molar ratio of the zeolite LSX concentration to the zeolite X concentration being between 0.1 and 10. - zeolite X powder exchanged to at least 90% by barium ions alone or by barium ions and potassium ions, the exchangeable sites occupied by potassium possibly representing up to 1/3 of the exchangeable sites occupied by the barium et potassium ions, the possible complement being generally provided by alkali or alkaline-earth ions other than barium and potassium; - zeolite LSX powder exchanged to at least 90% by barium ions alone or by barium ions and potassium ions, the exchangeable sites occupied by potassium possibly representing up to 1/3 of the exchangeable sites occupied by the barium plus potassium ions, the possible complement being generally provided by alkali or alkaline-earth ions other than barium and potassium; - and a binder in a proportion lower than or equal to 20% by weight of the total mass of the aggregate, the molar ratio of the zeolite LSX concentration to the zeolite X concentration being between 0.1 and 10.
An element for compressing or expanding a gas comprising - a rigid housing containing an internal chamber; - a rotor situated in the internal chamber and comprising a rotor shaft ; - one or more bearings in which the rotor shaft of the rotor is bearing-supported, the rotor with its rotor shaft being rotatably mounted with respect to the housing by means of these bearings , wherein the rotor is mounted with one or more clearances with respect to a wall of the internal chamber, characterized in that the element is provided with a separate yielding component comprising - a fixed part having a fixed position with respect to the housing ; and - a positionally adjustable part with respect to the housing , said positionally adjustable part configured to act on at least one of the clearances, the separate yielding component not being directly attached the rotor . - a rigid housing containing an internal chamber; - a rotor situated in the internal chamber and comprising a rotor shaft ; - one or more bearings in which the rotor shaft of the rotor is bearing-supported, the rotor with its rotor shaft being rotatably mounted with respect to the housing by means of these bearings , wherein the rotor is mounted with one or more clearances with respect to a wall of the internal chamber, characterized in that the element is provided with a separate yielding component comprising wherein the rotor is mounted with one or more clearances with respect to a wall of the internal chamber, characterized in that the element is provided with a separate yielding component comprising - a fixed part having a fixed position with respect to the housing ; and - a positionally adjustable part with respect to the housing , said positionally adjustable part configured to act on at least one of the clearances, the separate yielding component not being directly attached the rotor .