mhurhangee/patent-ind-claim-en huggingface dataset:
Retention arrangement of a refrigerant compressor which is constructed to compress a refrigerant of an air-conditioning system on a bodywork of a motor vehicle, in which the refrigerant compressor is at least indirectly secured to the bodywork , wherein the refrigerant compressor is retained on the bodywork by means of a carrier which is retained on the bodywork and on which at least one electrical component of the motor vehicle which is different from the refrigerant compressor is retained on the bodywork , and wherein the carrier is retained on the bodywork in a vibration-decoupled manner, characterized in that the refrigerant compressor is retained on the carrier in a vibration-decoupled manner.
A method of routing utility lines in a vacuum insulated refrigerator structure , the method comprising: forming a shell having an internal cavity , the shell having at least first and second openings to the internal cavity ; forming an elongated umbilical comprising an elongated impervious tubular sleeve and an elongated core structure disposed inside the sleeve , wherein the core structure is formed from an insulating material and defines at least two elongated internal passageways extending lengthwise along the umbilical ; sealingly connecting a first end of the sleeve to the shell at the first opening ; sealingly connecting a second end of the sleeve to the shell at the second opening ; forming a vacuum in the internal cavity of the shell; and routing utility lines through the at least two elongated internal passageways whereby portions of the utility lines are disposed inside the umbilical , and opposite ends of the utility lines extend out of opposite ends of the umbilical . forming a shell having an internal cavity , the shell having at least first and second openings to the internal cavity ; forming an elongated umbilical comprising an elongated impervious tubular sleeve and an elongated core structure disposed inside the sleeve , wherein the core structure is formed from an insulating material and defines at least two elongated internal passageways extending lengthwise along the umbilical ; sealingly connecting a first end of the sleeve to the shell at the first opening ; sealingly connecting a second end of the sleeve to the shell at the second opening ; forming a vacuum in the internal cavity of the shell; and routing utility lines through the at least two elongated internal passageways whereby portions of the utility lines are disposed inside the umbilical , and opposite ends of the utility lines extend out of opposite ends of the umbilical .
A protein comprising Klotho or a functional fragment thereof for use in a method for improving cognitive function or preventing cognitive decline in an individual in need thereof, the method comprising administering systemically to the individual an effective amount of the protein, thereby improving cognitive function or preventing cognitive decline in the individual; wherein the functional fragment comprises the beta-glucosidase/6-phospho-beta-glucosidase/beta-galactosidase motif of human Klotho; and wherein the human Klotho or the functional fragment thereof is not fused to a fibroblast growth factor (FGF).
A compound having a structure as shown in Formula II: wherein X is selected from chloro or bromo and R 1 and R 2 are each independently selected from H and -CH 3 ; or a pharmaceutically acceptable salt thereof.
A blower unit for pneumatic mixers of granules, powders and/or liquids comprising: - a hollow element internally defining a duct , extending between an input section and an output section , for the passage of an air flow between said sections , wherein said input section can be connected to a source of pressurised air and said output section can be connected to a manifold (C) of a pneumatic mixer of granules, powders and/or liquids; - a shutter suitable to shut off said airflow through said output section in a controlled manner; - an actuator connected to the shutter and configured to regulate the position of said shutter ; wherein said hollow element has a first end portion , at said output section , that can be reversibly coupled to a corresponding end portion (C1) of said manifold (C); said blower unit further comprising first reversible connecting means to establish a reciprocal connection between said end portions (16a, C1); and wherein said actuator comprises means for adjusting the travel of the shutter for defining the width of the output section , characterized by an abutment element that contrasts the movable shutter and has at least one internal stop surface , with a truncated cone or convergent shape, counter-shaped with respect to a head portion of the shutter to define at least one hermetically closed configuration of the output section , said abutment element being removable. - a hollow element internally defining a duct , extending between an input section and an output section , for the passage of an air flow between said sections , wherein said input section can be connected to a source of pressurised air and said output section can be connected to a manifold (C) of a pneumatic mixer of granules, powders and/or liquids; - a shutter suitable to shut off said airflow through said output section in a controlled manner; - an actuator connected to the shutter and configured to regulate the position of said shutter ; wherein said hollow element has a first end portion , at said output section , that can be reversibly coupled to a corresponding end portion (C1) of said manifold (C); said blower unit further comprising first reversible connecting means to establish a reciprocal connection between said end portions (16a, C1); and wherein said actuator comprises means for adjusting the travel of the shutter for defining the width of the output section , characterized by an abutment element that contrasts the movable shutter and has at least one internal stop surface , with a truncated cone or convergent shape, counter-shaped with respect to a head portion of the shutter to define at least one hermetically closed configuration of the output section , said abutment element being removable.
Sensor for quantitatively detecting an analyte in a sample , wherein the sensor comprises at least one medium and a restriction means by means of which a change in volume of the medium is mechanically restricted, wherein the medium contains at least one dye having an optical behavior which can be influenced within the sensor by the analyte and wherein the medium contains a carrier material , characterized in that an osmolality in the medium is given which is greater than a predetermined maximum sample osmolality for which the sensor is provided, and a modulus of elasticity of the restriction means is at least 100 times as great as a modulus of elasticity of the carrier material . an osmolality in the medium is given which is greater than a predetermined maximum sample osmolality for which the sensor is provided, and a modulus of elasticity of the restriction means is at least 100 times as great as a modulus of elasticity of the carrier material .
A pharmaceutical composition comprising a urinary bladder extracellular matrix (ECM) hydrogel, wherein the ECM hydrogel has the following characteristics: a) a time to 50% gelation of less than 20 minutes at a temperature of about 37°C; b) a flow viscosity suitable for infusion into the esophagus; and c) a stiffness of about 10 to about 400 Pascal (Pa); for use in inhibiting inflammation caused by dissecting a mucosa and a submucosa from a muscularis propria in the region of an esophagus in a subject, and wherein the pharmaceutical composition is for injection submucosally into the region of the esophagus to form a cushion between the submucosa and the underlying muscularis propria in the esophagus. a) a time to 50% gelation of less than 20 minutes at a temperature of about 37°C; b) a flow viscosity suitable for infusion into the esophagus; and c) a stiffness of about 10 to about 400 Pascal (Pa);
A system for a radio access network, the system comprising: a network node , a controller , and a plurality of base stations (8; 3, 5), wherein the controller is arranged to configure the network node on the basis of radio requirements, wherein the network node comprises a switch system configured to switch traffic for the plurality of base stations (8; 3, 5) of the radio access network, wherein the switch system is further configured to: provide communication, for a distributed base station , between a remote radio unit and a separate baseband processing unit located in a pool of baseband processing units , provide communication for a base station comprising a combined radio unit and baseband processing, and provide communication between a first base station and a second base station of said plurality of base stations (8; 3, 5), wherein at least one of the first base station and the second base station is the base station comprising the combined radio unit and baseband processing, and wherein the controller is configured to initiate the switch-off of one or more baseband processing units located in the pool of baseband processing units . provide communication, for a distributed base station , between a remote radio unit and a separate baseband processing unit located in a pool of baseband processing units , provide communication for a base station comprising a combined radio unit and baseband processing, and provide communication between a first base station and a second base station of said plurality of base stations (8; 3, 5),
A diffraction grating (400; 500) comprising: a silicon substrate (402; 502); a plurality of grating lines (410; 510) extending from the silicon substrate (402; 502) to diffract light at one or more wavelengths; an etch stop layer (408; 508) between the substrate (402; 502) and the plurality of grating lines (410; 510); and an anti-reflection coating (406; 506) between the substrate (402; 502) and the etch stop layer (408; 508); wherein individual grating lines of the plurality of grating lines (410; 510) have a length of at least one micrometer as measured from the silicon substrate (402; 502), wherein a maximum difference in length of any two of the plurality of grating lines is less than 20 nanometers. a silicon substrate (402; 502); a plurality of grating lines (410; 510) extending from the silicon substrate (402; 502) to diffract light at one or more wavelengths; an etch stop layer (408; 508) between the substrate (402; 502) and the plurality of grating lines (410; 510); and an anti-reflection coating (406; 506) between the substrate (402; 502) and the etch stop layer (408; 508); wherein individual grating lines of the plurality of grating lines (410; 510) have a length of at least one micrometer as measured from the silicon substrate (402; 502), wherein a maximum difference in length of any two of the plurality of grating lines is less than 20 nanometers.
A training device for ball sports, comprising: a launching structure comprising an aperture sized and shaped to allow balls to pass linearly through the aperture along the central axis of the aperture, and a launching means configured to contact a ball within the aperture at a plurality of contact locations spaced around the surface of the ball, and to drive the ball through the aperture; a supporting means configured to support the launching structure above a surface, the supporting means comprising a stand; characterised in that the launching structure comprises a frame configured to form the aperture and extend to each side of the aperture, the launching structure and supporting means configured such that in use the launching structure can be rotated about the central axis to alter the position of the contact locations, the frame further comprising a circular segment connected to the frame so that the segment is located slightly rearwards of the aperture; the stand further comprising a plurality of bearings, configured to connect with the circular segment to detachably mount the launching structure on the stand, and allow the launching structure to be rotated about the central axis to alter the position of the contact locations; each of the bearings formed so as to appear circular in front or rear view, and H-shaped in side view, the width of the channel of the H substantially the same as the thickness of the segment. a launching structure comprising an aperture sized and shaped to allow balls to pass linearly through the aperture along the central axis of the aperture, and a launching means configured to contact a ball within the aperture at a plurality of contact locations spaced around the surface of the ball, and to drive the ball through the aperture; a supporting means configured to support the launching structure above a surface, the supporting means comprising a stand; characterised in that the launching structure comprises a frame configured to form the aperture and extend to each side of the aperture, the launching structure and supporting means configured such that in use the launching structure can be rotated about the central axis to alter the position of the contact locations, the frame further comprising a circular segment connected to the frame so that the segment is located slightly rearwards of the aperture; the stand further comprising a plurality of bearings, configured to connect with the circular segment to detachably mount the launching structure on the stand, and allow the launching structure to be rotated about the central axis to alter the position of the contact locations; each of the bearings formed so as to appear circular in front or rear view, and H-shaped in side view, the width of the channel of the H substantially the same as the thickness of the segment.
A dishwasher comprising a body ; a circulation pump ; at least one rack ; at least one spray arm which provides the delivery of washing water to the at least one rack ; a heat pump which heats the washing water; wherein the heat pump comprises: a compressor , a condenser , an evaporator which draws heat from the outer environment and transfers the same to the condenser by means of the compressor , at least one fan which provides the heat transfer by blowing the ambient air onto the evaporator , an expansion element and a condensation receptacle which is disposed under the evaporator and wherein the water condensing on the evaporator is collected; characterised in that the dishwasher further comprises: - an air duct which has an inlet port collecting the air passed over the evaporator by means of the fan and facing the evaporator and an outlet port opening from the body to the outer environment, the air duct evaporating the water taken from the condensation receptacle with the air coming from the inlet port and releasing humid air to the outer environment through the outlet port , and - a water supply line and a water supply pump for delivering the water in the condensation receptacle into the air duct . a compressor , a condenser , an evaporator which draws heat from the outer environment and transfers the same to the condenser by means of the compressor , at least one fan which provides the heat transfer by blowing the ambient air onto the evaporator , an expansion element and a condensation receptacle which is disposed under the evaporator and wherein the water condensing on the evaporator is collected; characterised in that the dishwasher further comprises: - an air duct which has an inlet port collecting the air passed over the evaporator by means of the fan and facing the evaporator and an outlet port opening from the body to the outer environment, the air duct evaporating the water taken from the condensation receptacle with the air coming from the inlet port and releasing humid air to the outer environment through the outlet port , and - a water supply line and a water supply pump for delivering the water in the condensation receptacle into the air duct . - an air duct which has an inlet port collecting the air passed over the evaporator by means of the fan and facing the evaporator and an outlet port opening from the body to the outer environment, the air duct evaporating the water taken from the condensation receptacle with the air coming from the inlet port and releasing humid air to the outer environment through the outlet port , and - a water supply line and a water supply pump for delivering the water in the condensation receptacle into the air duct .
A method for use by an apparatus of a communications network system, the method comprising: providing (S11) a bandwidth part with a subcarrier spacing of 3.75 kHz; determining (S12) a resource allocation granularity for the bandwidth part; and performing (S13) resource allocation of allocating resource blocks of the bandwidth part based on the determined resource allocation granularity, wherein the resource allocation granularity comprises at least one of a first granularity of assigning one or more adjacent subcarriers of 3.75 kHz for a user equipment, a second granularity of assigning one or more adjacent groups of X subcarriers of 3.75 kHz for a user equipment, X being a positive integer and 2≤X≤11, and a third granularity of assigning one or more full physical resource blocks each comprising 12 subcarriers of 3.75 kHz for a user equipment, wherein the first granularity supports up to A reference signals per allocated resource or per symbol, the second granularity supports up to B reference signals per allocated resource or per symbol, and the third granularity supports up to C reference signals per allocated resource or per symbol, and wherein A<B, B<C and A<C. providing (S11) a bandwidth part with a subcarrier spacing of 3.75 kHz; determining (S12) a resource allocation granularity for the bandwidth part; and performing (S13) resource allocation of allocating resource blocks of the bandwidth part based on the determined resource allocation granularity, wherein the resource allocation granularity comprises at least one of a first granularity of assigning one or more adjacent subcarriers of 3.75 kHz for a user equipment, a second granularity of assigning one or more adjacent groups of X subcarriers of 3.75 kHz for a user equipment, X being a positive integer and 2≤X≤11, and a third granularity of assigning one or more full physical resource blocks each comprising 12 subcarriers of 3.75 kHz for a user equipment, wherein the first granularity supports up to A reference signals per allocated resource or per symbol, the second granularity supports up to B reference signals per allocated resource or per symbol, and the third granularity supports up to C reference signals per allocated resource or per symbol, and wherein A<B, B<C and A<C.
An oral pharmaceutical composition in the form of tablets comprising: (i) 100 mg sodium N-[8-(2-hydroxybenzoyl)amino]caprylate; (ii) 1 mg vitamin B12; (iii) 2 mg povidone; (iv) 95 mg dibasic calcium phosphate; and (v) 2 mg magnesium stearate, for use in the treatment of vitamin B12 deficiency defined as serum cobalamin below 350 pg/ml, wherein the composition is administered once daily. (i) 100 mg sodium N-[8-(2-hydroxybenzoyl)amino]caprylate; (ii) 1 mg vitamin B12; (iii) 2 mg povidone; (iv) 95 mg dibasic calcium phosphate; and (v) 2 mg magnesium stearate,
An MRI phantom for calibrated anisotropic imaging comprising a plurality of textile based axon simulations , filled with water or other desired fluids, wherein each textile based axon simulation has an inner diameter of less than 2 microns and wherein the textile based axon simulations are integral as they share common textile based axon simulation walls, and wherein the textile based axon simulations are formed as textile based axon simulation fibers manufactured using a bi or tri-component textile/polymer manufacturing process.
A linear prediction-based noise signal processing method, wherein the method comprises: acquiring (S51) a noise signal, and obtaining a linear prediction coefficient according to the noise signal; filtering (S52) the noise signal according to the linear prediction coefficient, to obtain a linear prediction residual signal; obtaining energy of the linear prediction residual signal according to the linear prediction residual signal; obtaining (S53) a spectral envelope of the linear prediction residual signal according to the linear prediction residual signal; obtaining a spectral detail of the linear prediction residual signal according to the spectral envelope of the linear prediction residual signal; and encoding the linear prediction coefficient, the energy of the linear prediction residual signal, the spectral detail of the linear prediction residual signal; characterized in that the spectral detail of the linear prediction residual signal is indicated by a difference between the spectral envelope of the linear prediction residual and a spectral envelope of random noise excitation. acquiring (S51) a noise signal, and obtaining a linear prediction coefficient according to the noise signal; filtering (S52) the noise signal according to the linear prediction coefficient, to obtain a linear prediction residual signal; obtaining energy of the linear prediction residual signal according to the linear prediction residual signal; obtaining (S53) a spectral envelope of the linear prediction residual signal according to the linear prediction residual signal; obtaining a spectral detail of the linear prediction residual signal according to the spectral envelope of the linear prediction residual signal; and encoding the linear prediction coefficient, the energy of the linear prediction residual signal, the spectral detail of the linear prediction residual signal; characterized in that the spectral detail of the linear prediction residual signal is indicated by a difference between the spectral envelope of the linear prediction residual and a spectral envelope of random noise excitation.
An inclined sedimentation acceleration system comprising: a reservoir configured to store raw water , an inclined sedimentation acceleration apparatus configured to precipitate suspended solids contained in the raw water, the inclined sedimentation acceleration apparatus being submerged inside the reservoir, and a water trough configured to collect water flowing through the inclined sedimentation acceleration apparatus and discharging the water to the outside of the reservoir, the water trough being disposed above the inclined sedimentation acceleration apparatus, wherein the inclined sedimentation acceleration apparatus comprises: an inclined part having a plurality of inclined flow paths through which raw water flows upward; and side plates disposed on both sides of the inclined part , characterized in that all of an upper ridge part of the inclined part is disposed at a height different from that of an upper ridge part of the side plate , the upper ridge part of the inclined part and the upper ridge part of the side plate being positioned beneath the water surface, and wherein the water trough is disposed at a position higher than the upper ridge part of the inclined part and the upper ridge part of the side plate . a reservoir configured to store raw water , an inclined sedimentation acceleration apparatus configured to precipitate suspended solids contained in the raw water, the inclined sedimentation acceleration apparatus being submerged inside the reservoir, and a water trough configured to collect water flowing through the inclined sedimentation acceleration apparatus and discharging the water to the outside of the reservoir, the water trough being disposed above the inclined sedimentation acceleration apparatus, an inclined part having a plurality of inclined flow paths through which raw water flows upward; and side plates disposed on both sides of the inclined part , characterized in that all of an upper ridge part of the inclined part is disposed at a height different from that of an upper ridge part of the side plate , the upper ridge part of the inclined part and the upper ridge part of the side plate being positioned beneath the water surface, and wherein the water trough is disposed at a position higher than the upper ridge part of the inclined part and the upper ridge part of the side plate .