mhurhangee/patent-ind-claim-en huggingface dataset:
A heat pump comprising: a compressor for compressing a refrigerant,a first heat exchanger , a main expansion mechanism and a second heat exchanger arranged in a refrigeration path ; the compressor having a suction port , a compression port and an injection port ; a gas injection valve connected on a first side to the refrigeration path between the first heat exchanger and the main expansion mechanism and on a second side to the injection port of the compressor; a liquid injection valve connected on a first side to the refrigeration path between the first heat exchanger and the main expansion mechanism and on a second side between the second heat exchanger and the suction port of the compressor; a temperature determining device for determining a discharge temperature of the refrigerant leaving the compression port of the compressor ; a controller , the controller being configured to operate the gas injection valve to inject at least partly gaseous refrigerant into the compressor through the injection port, and to operate the liquid injection valve to inject liquid refrigerant into the compressor through the suction port of the compressor; characterised in that the controller is configured to open the gas injection valve when the discharge temperature exceeds a first threshold to operate the heat pump in a first mode. a compressor for compressing a refrigerant,a first heat exchanger , a main expansion mechanism and a second heat exchanger arranged in a refrigeration path ; the compressor having a suction port , a compression port and an injection port ; a gas injection valve connected on a first side to the refrigeration path between the first heat exchanger and the main expansion mechanism and on a second side to the injection port of the compressor; a liquid injection valve connected on a first side to the refrigeration path between the first heat exchanger and the main expansion mechanism and on a second side between the second heat exchanger and the suction port of the compressor; a temperature determining device for determining a discharge temperature of the refrigerant leaving the compression port of the compressor ; a controller , the controller being configured to operate the gas injection valve to inject at least partly gaseous refrigerant into the compressor through the injection port, and to operate the liquid injection valve to inject liquid refrigerant into the compressor through the suction port of the compressor; characterised in that the controller is configured to open the gas injection valve when the discharge temperature exceeds a first threshold to operate the heat pump in a first mode.
A device for separating glue particles from a glue aerosol , comprising a cyclone separator having a funnel-shaped tapering separating region for guiding a cyclone flow , a collecting container arranged below the cyclone separator for collecting glue particles running out of the cyclone separator, a discharge line connected in a gas-tight manner to the separating region and projecting downwards into the collecting container , to hydrostatically seal the cyclone separator on the outlet side by means of a solvent held in the collecting container , in that the outlet line is immersed in the solvent at least to below a minimum filling level of the solvent , and a suction device connected to the clean gas outlet of the cyclone separator , the suction power of which is limited and/or regulated in such a way that a vacuum generated in the outlet line draws the solvent through the outlet line only to such an extent that the minimum filling level of the solvent in the collecting container in an area directly surrounding the discharge pipe is not undershot, and wherein the collecting container comprises a level monitor arranged/measuring outside the discharge pipe for measuring the level of the solvent .
An exhaust gas purification device for a ship , comprising: at least one reducing agent injector of a reducing agent supply device for supplying a reducing agent to an exhaust gas passing through an exhaust pipe of an engine to be mounted in the ship ; an exhaust mixer for mixing the exhaust gas and the reducing agent in a location downstream of said at least one reducing agent injector in an exhaust gas traveling direction; and a selective catalytic reduction device for facilitating reduction of NOx in the exhaust gas of the engine in a location downstream of the exhaust mixer in the exhaust gas traveling direction, wherein the exhaust mixer includes a plurality of mixing fins arranged at equal intervals along the circumferential direction of the exhaust pipe, and characterized in that said at least one reducing agent injector comprises a plurality of reducing agent injectors , and the reducing agent injectors respectively have injection ports opened toward a downstream side in the exhaust gas traveling direction, the injection ports being disposed in positions where the injection ports overlap the edge of upstream tip ends of corresponding ones of the mixing fins on respective straight lines along the exhaust gas traveling direction, and the injection ports being arranged at equal intervals along a circumferential direction of the exhaust pipe. at least one reducing agent injector of a reducing agent supply device for supplying a reducing agent to an exhaust gas passing through an exhaust pipe of an engine to be mounted in the ship ; an exhaust mixer for mixing the exhaust gas and the reducing agent in a location downstream of said at least one reducing agent injector in an exhaust gas traveling direction; and a selective catalytic reduction device for facilitating reduction of NOx in the exhaust gas of the engine in a location downstream of the exhaust mixer in the exhaust gas traveling direction, wherein the exhaust mixer includes a plurality of mixing fins arranged at equal intervals along the circumferential direction of the exhaust pipe, and characterized in that said at least one reducing agent injector comprises a plurality of reducing agent injectors , and the reducing agent injectors respectively have injection ports opened toward a downstream side in the exhaust gas traveling direction, the injection ports being disposed in positions where the injection ports overlap the edge of upstream tip ends of corresponding ones of the mixing fins on respective straight lines along the exhaust gas traveling direction, and the injection ports being arranged at equal intervals along a circumferential direction of the exhaust pipe.
A method of formulating a dog food composition for a small dog having a height, a sternum and a body length, the method comprising: generating, while the small dog is erect on a floor, measurements of the height, the height of the sternum to the floor, and the body length; using the measurements to determine the modified body mass index of the small dog, wherein said modified body mass index is body weight / [(height - height of the sternum to the floor) x body length]; categorizing the small dog as one of a plurality of body conformation types, the categorizing being based at least partially on the modified body mass index of the small dog; and formulating a dog food composition for the small dog, wherein the dog food composition is formulated to contain feed ingredients and amounts thereof based on the categorizing of the small dog. generating, while the small dog is erect on a floor, measurements of the height, the height of the sternum to the floor, and the body length; using the measurements to determine the modified body mass index of the small dog, wherein said modified body mass index is body weight / [(height - height of the sternum to the floor) x body length]; categorizing the small dog as one of a plurality of body conformation types, the categorizing being based at least partially on the modified body mass index of the small dog; and formulating a dog food composition for the small dog, wherein the dog food composition is formulated to contain feed ingredients and amounts thereof based on the categorizing of the small dog.
A dental implant system, comprising - a dental implant (1; 100; 30; 40; 50; 70), having an implant frustoconical cavity (2; 200; 31; 41; 51; 71) with a dental implant apical end and an abutment inlet end, - an abutment having an abutment post of size and shape such as to be permanently retained in the implant frustoconical cavity (2; 200; 31; 41; 51; 71) of the dental implant (1; 100; 30; 40; 50; 70) and an abutment head suitable for supporting a dental crown , - a dental transfer (4; 400) having a transfer post (5; 500) intended to be inserted into the implant frustoconical cavity (2; 200; 31; 41; 51; 71) of the dental implant (1; 100; 30; 40; 50; 70) before an impression taking, and a transfer head identical to the abutment head of the abutment , and - an implant analog having an analog internal cavity suitable for receiving the transfer post (5; 500) of the dental transfer (4; 400), and an outer surface provided with undercuts so that the implant analog is retained inside a plaster model in casting a dental model into said impression, the dental implant system being characterized in that the dental implant apical end is hollow and communicates with outside of the dental implant (1; 100; 30; 40; 50; 70) and in that the implant frustoconical cavity (2; 200; 31; 41; 51; 71) of the dental implant (1; 100; 30; 40; 50; 70) is a through hole, such that the dental implant is open from the dental implant apical end to the abutment inlet end. - a dental implant (1; 100; 30; 40; 50; 70), having an implant frustoconical cavity (2; 200; 31; 41; 51; 71) with a dental implant apical end and an abutment inlet end, - an abutment having an abutment post of size and shape such as to be permanently retained in the implant frustoconical cavity (2; 200; 31; 41; 51; 71) of the dental implant (1; 100; 30; 40; 50; 70) and an abutment head suitable for supporting a dental crown , - a dental transfer (4; 400) having a transfer post (5; 500) intended to be inserted into the implant frustoconical cavity (2; 200; 31; 41; 51; 71) of the dental implant (1; 100; 30; 40; 50; 70) before an impression taking, and a transfer head identical to the abutment head of the abutment , and - an implant analog having an analog internal cavity suitable for receiving the transfer post (5; 500) of the dental transfer (4; 400), and an outer surface provided with undercuts so that the implant analog is retained inside a plaster model in casting a dental model into said impression, the dental implant system being characterized in that the dental implant apical end is hollow and communicates with outside of the dental implant (1; 100; 30; 40; 50; 70) and in that the implant frustoconical cavity (2; 200; 31; 41; 51; 71) of the dental implant (1; 100; 30; 40; 50; 70) is a through hole, such that the dental implant is open from the dental implant apical end to the abutment inlet end.
Machine tool for machining panels, which comprises: an operating station comprising at least one operating member , which is movable and configured to receive at least one tool for performing an operation on at least one panel; transporting means for transporting at least one panel according to a predetermined advancing direction (A) from a loading area to said operating station , where said transporting means comprise at least one holding member for taking, when in use, at least one peripheral region of a panel, said at least one holding member being slidably associated to an elongated support oriented parallelly to said predetermined axis (X) and passing through a lateral zone of the operating station ; and a tool substitution system comprising a housing member for housing a plurality of tools suitable for the use with said at least one operating member , said housing member being movable in translation according to said predetermined axis (X) which passes at said operating station and is substantially parallel to said predetermined advancing direction (A), where said tool substitution system comprises said elongated support which is directed parallelly to said predetermined axis (X), said elongated support comprising at least one guide element for guiding the movement of said housing member along said predetermined axis (X), such that said at least one operating member is able to reach said housing member to take a tool when said housing member is in a zone which is placed at said operating station . an operating station comprising at least one operating member , which is movable and configured to receive at least one tool for performing an operation on at least one panel; transporting means for transporting at least one panel according to a predetermined advancing direction (A) from a loading area to said operating station , where said transporting means comprise at least one holding member for taking, when in use, at least one peripheral region of a panel, said at least one holding member being slidably associated to an elongated support oriented parallelly to said predetermined axis (X) and passing through a lateral zone of the operating station ; and a tool substitution system comprising a housing member for housing a plurality of tools suitable for the use with said at least one operating member , said housing member being movable in translation according to said predetermined axis (X) which passes at said operating station and is substantially parallel to said predetermined advancing direction (A), where said tool substitution system comprises said elongated support which is directed parallelly to said predetermined axis (X), said elongated support comprising at least one guide element for guiding the movement of said housing member along said predetermined axis (X), such that said at least one operating member is able to reach said housing member to take a tool when said housing member is in a zone which is placed at said operating station .
A method performed by a network node for transmitting channel state information reference signals, CSI-RS, the method comprising: transmitting , to a wireless device, an indication of a subset of physical resource blocks, PRBs, that the wireless device should use to measure CSI-RS, each CSI-RS associated with an antenna port, the subset of PRBs comprising a subset of the system bandwidth; transmitting , to the wireless device, CSI-RS on the indicated subset of PRBs on a total number of antenna ports, wherein each PRB of the subset of PRBs includes a CSI-RS mapping for the total number of antenna ports; wherein the total number of antenna ports is greater than 16; and wherein the indication of the subset of PRBs that the wireless device should use to measure CSI-RS comprises a density value and a comb offset. transmitting , to a wireless device, an indication of a subset of physical resource blocks, PRBs, that the wireless device should use to measure CSI-RS, each CSI-RS associated with an antenna port, the subset of PRBs comprising a subset of the system bandwidth; transmitting , to the wireless device, CSI-RS on the indicated subset of PRBs on a total number of antenna ports, wherein each PRB of the subset of PRBs includes a CSI-RS mapping for the total number of antenna ports; wherein the total number of antenna ports is greater than 16; and wherein the indication of the subset of PRBs that the wireless device should use to measure CSI-RS comprises a density value and a comb offset.
A topical pharmaceutical or cosmetic formulation comprising two polymer membranes forming a pouch, the membranes enclosing probiotic bacteria having antimicrobial activities against skin pathogens sandwiched therebetween, one of the membranes being semipermeable, which allows water and other substances from the skin to diffuse into the pouch and metabolic products of the enclosed probiotic bacteira to diffuse through it, and having a pore size which does not allow penetration of the bacteria, and the second membrane being water-impermeable.
A header for a combine harvester comprising: a drive arm assembly including a drive arm including a proximal end operatively connected to a drive mechanism for reciprocating motion therewith and a distal end opposite the proximal end ; a bearing assembly attached to the distal end of the drive arm , the bearing assembly including an eccentric hub and an annular bearing circumscribing the eccentric hub ; and, a knife head assembly including a knife head and a housing mounted to or integrally formed with the knife head , wherein the annular bearing is mounted within the housing defining a ball and socket joint. a drive arm assembly including a drive arm including a proximal end operatively connected to a drive mechanism for reciprocating motion therewith and a distal end opposite the proximal end ; a bearing assembly attached to the distal end of the drive arm , the bearing assembly including an eccentric hub and an annular bearing circumscribing the eccentric hub ; and, a knife head assembly including a knife head and a housing mounted to or integrally formed with the knife head , wherein the annular bearing is mounted within the housing defining a ball and socket joint.
A system comprising: a plurality of processing nodes , wherein each processing node of the plurality of processing nodes comprises one or more processors and a cache subsystem; one or more memory devices; and one or more region-based cache directories, wherein each region-based cache directory is configured to track shared regions of memory which have cache lines cached by at least two different processing nodes ; characterised in that each processing node of the plurality of processing nodes is configured to maintain an entry with a reference count field to track a number of accesses by the processing node to separate cache lines of a given region responsive to receiving an indication from a corresponding region-based cache directory that the given region is private, wherein a private region is accessed by only a single processing node . a plurality of processing nodes , wherein each processing node of the plurality of processing nodes comprises one or more processors and a cache subsystem; one or more memory devices; and one or more region-based cache directories, wherein each region-based cache directory is configured to track shared regions of memory which have cache lines cached by at least two different processing nodes ; characterised in that each processing node of the plurality of processing nodes is configured to maintain an entry with a reference count field to track a number of accesses by the processing node to separate cache lines of a given region responsive to receiving an indication from a corresponding region-based cache directory that the given region is private, wherein a private region is accessed by only a single processing node .
A shoe assembly, comprising: a shoe body having an integral heel and a sole ; and an attachable and detachable heel for the shoe body , comprising a cavity for receiving the integral heel ; wherein the shoe body comprises a first formation located in the sole and a cap for covering the first formation , the cap forming part of an insole, and the attachable and detachable heel comprises a second formation comprising an aperture for receiving the integral heel therethrough, wherein the first and second formations are configured to engage thereby to secure the attachable and detachable heel to the shoe body ; wherein, in use, the integral heel spaces the first formation from the ground. a shoe body having an integral heel and a sole ; and an attachable and detachable heel for the shoe body , comprising a cavity for receiving the integral heel ; wherein the shoe body comprises a first formation located in the sole and a cap for covering the first formation , the cap forming part of an insole, and the attachable and detachable heel comprises a second formation comprising an aperture for receiving the integral heel therethrough, wherein the first and second formations are configured to engage thereby to secure the attachable and detachable heel to the shoe body ; wherein, in use, the integral heel spaces the first formation from the ground.
Method for filling containers with a liquid filler, using a filling machine having a plurality of filling positions (FP), each formed at a filling element with a liquid valve , wherein the respective container is received at a corresponding filling position (FP) and is moved at an adjustable conveying speed in a transport direction (TR) at least along a filling path (FS) between a filling path inlet and a filling path outlet , and is filled in at least one filling phase with a constant volume flow of liquid filler, wherein the liquid valve assigned to one filling position (FP) between the filling path inlet and the filling path outlet is opened at a selectable starting time of the filling phase and is closed again after a desired filling level (SH) of liquid filler is attained, wherein the attainment of the desired filling level (SH) is optically detected by means of at least one first sensor device in a fixed position outlet-side detection region (EB) along the filling path (FS), characterised in that the starting time of the filling phase is adjusted, at least depending on the conveying speed, in such a way that the desired filling level (SH) of liquid filler in the respective container is reached in the positionally fixed outlet-side detection region (EB).