mhurhangee/patent-ind-claim-en huggingface dataset:
A method of configuring a synchronization signal for a new radio access technology system, the method comprising: generating one or more bandwidth parts by dividing the entire system bandwidth into one or more bandwidth parts; semi-statically signaling the generation of the one or more bandwidth parts to a user equipment; configuring one or more synchronization signals to be transmitted within the entire system bandwidth, said one or more synchronization signals being configured in association with the one or more bandwidth parts and being additionally configured in addition to a synchronization signal for initial access; and transmitting the configured one or more synchronization signals within the associated one or more bandwidth parts. generating one or more bandwidth parts by dividing the entire system bandwidth into one or more bandwidth parts; semi-statically signaling the generation of the one or more bandwidth parts to a user equipment; configuring one or more synchronization signals to be transmitted within the entire system bandwidth, said one or more synchronization signals being configured in association with the one or more bandwidth parts and being additionally configured in addition to a synchronization signal for initial access; and transmitting the configured one or more synchronization signals within the associated one or more bandwidth parts.
A composition for use in the treatment or prevention of diseases of the heart or blood vessels or any symptom thereof, by increasing plasma and/or serum EPA levels in a subject having a baseline plasma and/or serum EPA level of not more than 50 μg/g, the composition comprising at least 96%, by weight, ethyl eicosapentaenoate, 0.2% to 0.5% by weight ethyl octadecatetraenoate, 0.05% to 0.25% by weight ethyl nonadecapentaenoate, 0.2% to 0.45% by weight ethyl arachidonate, 0.3% to 0.5% by weight ethyl eicosatetraenoate, 0.05% to 0.32% ethyl heneicosapentaenoate and not more than 0.05% ethyl-DHA, if any, wherein 2 g to 4 g of the composition is administered daily for a period of at least 6 weeks to increase plasma and/or serum EPA levels in the subject by at least 200% compared to baseline, wherein the subject has a baseline triglyceride level of 200 mg/dl to 500 mg/dl, and wherein the subject is on concomitant statin therapy.
A method for handling piece goods during and/or in the context of grouping the piece goods and/or forming layers thereof, in particular for the purpose of forming palletisable layers that each consist of a plurality of piece goods , - wherein the method provides a single- or multiple-row conveyance of the piece goods by means of at least one transport device in a transport direction (TR), in each case in closed and/or unspaced formation (F), or in a formation with spaces in each case between the piece goods , to a grouping module with at least one horizontal conveyor and with at least one manipulator , - wherein the piece goods are successively seized, individually or in groups of two or more piece goods , by the manipulator moving within a seizing range within the grouping module from the at least one closed formation (F) or the formation with spaces present, and are brought into a defined layer arrangement by being rotated and/or shifted and/or lifted, - whereupon the piece goods , having been brought into the layer arrangement , are conveyed further in transport direction (TR) to further handling modules, stacking modules, and/or palletising modules arranged downstream from the grouping module , characterised in that at least one of the handling steps of seizing, rotating, shifting, and/or lifting at least one piece good , the handling steps being carried out within the grouping module temporally successively one after the other in order to form a defined layer arrangement , provides at least one particular piece good to be lifted up and lifted over at least one other piece good (2*) located in the seizing range , which other piece good (2*) has already previously been seized and shifted, rotated and/or lifted by the manipulator and thereby repositioned for layer formation, wherein the at least one piece good seized by the manipulator is lifted over the other piece good (2*) located in the seizing range in such a manner that it is located in transport direction (TR) in front of or laterally offset to the already positioned piece good . - wherein the method provides a single- or multiple-row conveyance of the piece goods by means of at least one transport device in a transport direction (TR), in each case in closed and/or unspaced formation (F), or in a formation with spaces in each case between the piece goods , to a grouping module with at least one horizontal conveyor and with at least one manipulator , - wherein the piece goods are successively seized, individually or in groups of two or more piece goods , by the manipulator moving within a seizing range within the grouping module from the at least one closed formation (F) or the formation with spaces present, and are brought into a defined layer arrangement by being rotated and/or shifted and/or lifted, - whereupon the piece goods , having been brought into the layer arrangement , are conveyed further in transport direction (TR) to further handling modules, stacking modules, and/or palletising modules arranged downstream from the grouping module ,
An image forming apparatus comprising: an image forming unit that includes a plurality of recording heads and forms an image on a recording medium (P) ; a storage unit that stores history information about maintenance of the plurality of recording heads ; and a control unit that, when the history information stored in the storage unit is updated, sets a test image formation cycle of forming a test image used to adjust the image forming unit corresponding to a recording head for which a test image needs to be formed first among the plurality of recording heads , and in accordance with the updated history information. an image forming unit that includes a plurality of recording heads and forms an image on a recording medium (P) ; a storage unit that stores history information about maintenance of the plurality of recording heads ; and a control unit that, when the history information stored in the storage unit is updated, sets a test image formation cycle of forming a test image used to adjust the image forming unit corresponding to a recording head for which a test image needs to be formed first among the plurality of recording heads , and in accordance with the updated history information.
A light emitting device comprising a light emitting diode arranged on a submount , said device having a lateral circumference surface and a top surface , the light emitting device further comprising a phosphor body and/or a substrate arranged on the light emitting diode , said phosphor body and/or substrate being arranged on a surface of the light emitting diode opposite to the surface of the light emitting diode facing the submount to receive light emitted by the light emitting diode , wherein the lateral circumference surface refers to a lateral surface area of the phosphor body and/or the light emitting diode ; and a coating layer , said coating layer : - being arranged as extending on at least a part of said lateral circumference surface to cover said at least part of the lateral circumference surface , - extending from the submount to said top surface , and - not covering the top surface , such that the light does not escape via said at least part of the lateral circumference surface , characterized in that the coating layer has a reflective functionality. - being arranged as extending on at least a part of said lateral circumference surface to cover said at least part of the lateral circumference surface , - extending from the submount to said top surface , and - not covering the top surface , such that the light does not escape via said at
A gradient proportioning valve for liquid chromatography comprising: a plurality of inlet ports configured to receive a plurality of fluids; a manifold connected to each of the plurality of inlet ports configured to mix the plurality of fluids in a controlled manner to provide a fluid composition, the manifold including a plurality of conduits internal to the manifold , the plurality of inlet ports each configured to provide fluid to a respective one of the plurality of conduits of the manifold ; an actuation mechanism having a piston located within a bored structure surrounding the piston , the actuation mechanism configured to open and close at least one of the plurality of conduits in a controlled manner wherein the piston and the bored structure have a tight tolerance configured to create a fluid tight seal when the actuation mechanism closes the at least one of the plurality of conduits ; a common outlet port configured to receive the fluid composition; and at least one accumulator chamber located downstream from at least one of the plurality of inlet ports , the respective one conduit of the manifold , and upstream from the actuation mechanism and the common outlet port, the at least one accumulator chamber having a compliant diaphragm disposed in a back of the at least one accumulator chamber opposite the conduit of the manifold . a plurality of inlet ports configured to receive a plurality of fluids; a manifold connected to each of the plurality of inlet ports configured to mix the plurality of fluids in a controlled manner to provide a fluid composition, the manifold including a plurality of conduits internal to the manifold , the plurality of inlet ports each configured to provide fluid to a respective one of the plurality of conduits of the manifold ; an actuation mechanism having a piston located within a bored structure surrounding the piston , the actuation mechanism configured to open and close at least one of the plurality of conduits in a controlled manner wherein the piston and the bored structure have a tight tolerance configured to create a fluid tight seal when the actuation mechanism closes the at least one of the plurality of conduits ; a common outlet port configured to receive the fluid composition; and at least one accumulator chamber located downstream from at least one of the plurality of inlet ports , the respective one conduit of the manifold , and upstream from the actuation mechanism and the common outlet port, the at least one accumulator chamber having a compliant diaphragm disposed in a back of the at least one accumulator chamber opposite the conduit of the manifold .
Process for the electrochemical conversion of carbon dioxide into carbon monoxide, characterized in that the carbon dioxide is reacted cathodically at a gas diffusion electrode to form CO, and chlorine or oxygen is simultaneously produced on the anode side, where the gas diffusion electrode comprises at least one sheet-like, electrically conductive support and a gas diffusion layer and electrocatalyst applied to the support, where the gas diffusion layer consists at least of a mixture of electrocatalyst and a hydrophobic polymer, and where silver acts as electrocatalyst for the reduction of carbon dioxide, characterized in that the electrocatalyst contains silver in the form of highly porous agglomerated nanoparticles and the nanoparticles have a surface area measured by the BET method of at least 2 m 2 /g.
A pump-type cosmetic container having a structure for discharging different kinds of contents, comprising: a container body which comprises a fixed-length cylinder with the upper and lower ends open, separated into upper and lower sections filled respectively with one of two different kinds of contents; a first and second pistons , which are placed respectively in said upper and lower sections in the center of the length of said cylinder and move in opposite direction from the center inside of the container body ; a first and a second pumping members that are respectively assembled to the upper and the lower ends of the container body , and discharge two kinds of contents from the container body respectively when pressed; and a first and a second button parts which are combined to one of said respective first and second pumping members for pressing the respective first and second pumping members , and which form each a discharging hole where the contents are discharged, wherein the first and second pistons reach a securing protrusion which is formed along the inner circumferential surface of the middle part of the container body , characterized in that , an air hole is formed at the area of the securing protrusion at the side of the middle part of the container body , and allows the air to flow in through the separated space formed when the first and second pistons ascend/descend as the contents are being used.
An elevator system with an elevator car that can travel in an elevator shaft and with a catch device that is attached to the elevator car underneath the elevator car and serves for catching persons falling into the elevator shaft, wherein the catch device is in a catching position spaced apart from the elevator car by a safety clearance (A), characterized in that the catch device is during normal operating phases, in which the elevator car travels normally, docked to the elevator car in an idle position, in which it is spaced apart from the elevator car by a clearance (a) that is reduced in comparison with the safety clearance (A).
Device for the production of a bone cement dough from a monomer liquid and a cement powder as starting components of the bone cement dough , and for dispensing of the bone cement dough , the device comprising a cartridge with a cylindrical internal space; a cartridge head with a dispensing opening for dispensing the bone cement dough , whereby the cartridge head closes the cartridge on a front side of the cartridge except for the dispensing opening; a conveying plunger that is arranged in the internal space of the cartridge and is supported in the internal space of the cartridge such that it is pushable in the direction of the dispensing opening; a dispensing plunger that is arranged in the internal space of the cartridge between the dispensing opening and the conveying plunger and that is supported in the internal space of the cartridge such that it is pushable in the direction of the dispensing opening, whereby a rear side of the dispensing plunger facing the conveying plunger comprises a depression that tapers in the direction of the cartridge head ; a first hollow space that is bordered by the cartridge head , by internal walls of the cartridge , and by the dispensing plunger , whereby the cement powder is arranged in the first hollow space ; a second hollow space that is part of the cylindrical internal space of the cartridge , whereby the second hollow space is bordered by the dispensing plunger and the conveying plunger ; a rear-side part of the internal space of the cartridge , whose front side is bordered by a rear side of the conveying plunger that faces away from the dispensing plunger ; a conducting means , which connects the second hollow space to the rear-side part of the internal space of the cartridge , by-passing the conveying plunger , such as to be permeable to the monomer liquid , whereby the conducting means is closable by the conveying plunger with respect to the second hollow space through a shift of the conveying plunger in the direction of the dispensing plunger ; and a feedthrough , whereby the feedthrough commences at a tip of the tapering depression, extends through the dispensing plunger and connects the first hollow space and the second hollow space such as to be permeable to the monomer liquid , but impermeable to the cement powder .
A civil engineering tool for attachment to a civil engineering machine with a carrier, comprising at least one sensor for acquiring operating data on the civil engineering tool , wherein the civil engineering tool can be attached to different civil engineering machines, wherein the civil engineering tool is configured as a simple steel construction, namely as a drilling bucket, an auger drill, a displacement auger, a Kelly bar or as a Kelly extension, and wherein, arranged on the civil engineering tool is an operating data unit for acquiring operating data, which is autarkic of the civil engineering machine and comprises the at least one sensor and a data storage device, in which the acquired operating data are stored and are retrievable on the civil engineering tool independently of the carrier. wherein the civil engineering tool can be attached to different civil engineering machines, wherein the civil engineering tool is configured as a simple steel construction, namely as a drilling bucket, an auger drill, a displacement auger, a Kelly bar or as a Kelly extension, and wherein, arranged on the civil engineering tool is an operating data unit for acquiring operating data, which is autarkic of the civil engineering machine and comprises the at least one sensor and a data storage device, in which the acquired operating data are stored and are retrievable on the civil engineering tool independently of the carrier.
A paging method, comprising: determining , by a core network node, according to an international mobile subscriber identity or a temporary mobile subscriber identity of a terminal, that channel loss information of the terminal is stored; and sending , by the core network node, a first paging message that carries the channel loss information to an access network node, wherein the first paging message is used to page the terminal. determining , by a core network node, according to an international mobile subscriber identity or a temporary mobile subscriber identity of a terminal, that channel loss information of the terminal is stored; and sending , by the core network node, a first paging message that carries the channel loss information to an access network node, wherein the first paging message is used to page the terminal.
A ceramic circuit board comprising: a silicon nitride substrate ; a copper heat radiating plate provided on one surface of the silicon nitride substrate ; a copper circuit board provided on the other surface of the silicon nitride substrate ; and a silver-plated layer provided on at least a part of the other surface of the copper circuit board , which is located on a side opposite to a main surface of the copper circuit board facing the other surface of the silicon nitride substrate , characterised in that the silver-plated layer is formed in a recess provided on the other surface of the copper circuit board , and a part of the lower surface of the silver-plated layer is formed in a region outside the recess . a silicon nitride substrate ; a copper heat radiating plate provided on one surface of the silicon nitride substrate ; a copper circuit board provided on the other surface of the silicon nitride substrate ; and a silver-plated layer provided on at least a part of the other surface of the copper circuit board , which is located on a side opposite to a main surface of the copper circuit board facing the other surface of the silicon nitride substrate , characterised in that the silver-plated layer is formed in a recess provided on the other surface of the copper circuit board , and a part of the lower surface of the silver-plated layer is formed in a region outside the recess .
A method for operating a vehicle , wherein - a vehicle is operated using a wireless connection to a radio access network , wherein - the vehicle determines a minimum data rate to be sufficiently high for a safe operation of the vehicle in an operational context of the vehicle and/or a maximum latency to be sufficiently low for the safe operation of the vehicle in the operational context of the vehicle , the minimum data rate and/or the maximum latency matching a complexity of the operational context of the vehicle ; - the vehicle requests the radio access network to allocate the determined minimum data rate and/or maximum latency to the wireless connection ; and - the radio access network allocates the requested minimum data rate and/or maximum latency to the wireless connection of the vehicle . - a vehicle is operated using a wireless connection to a radio access network , wherein - the vehicle determines a minimum data rate to be sufficiently high for a safe operation of the vehicle in an operational context of the vehicle and/or a maximum latency to be sufficiently low for the safe operation of the vehicle in the operational context of the vehicle , the minimum data rate and/or the maximum latency matching a complexity of the operational context of the vehicle ; - the vehicle requests the radio access network to allocate the determined minimum data rate and/or maximum latency to the wireless connection ; and - the radio access network allocates the requested minimum data rate and/or maximum latency to the wireless connection of the vehicle .
A solder alloy having an alloy composition consisting of, in mass%: Ag: 1% to 4%; Cu: 0.5% to 0.8%; Bi: 4.9% or more and 5.5% or less; Sb: more than 1.5% and 5.5% or less; Ni: 0.01% or more and less than 0.1%; Co: more than 0.001% and 0.1% or less; and the balance being Sn, wherein the alloy composition satisfies the following relationships to : 0.020 % ≤ Ni + Co ≤ 0.105 % 9.1 % ≤ Sb + Bi ≤ 10.4 % 4.05 × 10 − 3 ≤ Ni + Co / Bi + Sb ≤ 1.00 × 10 − 2 wherein Ni, Co, Bi, and Sb each represent a content in mass% thereof in the solder alloy. Ag: 1% to 4%; Cu: 0.5% to 0.8%; Bi: 4.9% or more and 5.5% or less; Sb: more than 1.5% and 5.5% or less; Ni: 0.01% or more and less than 0.1%; Co: more than 0.001% and 0.1% or less; and the balance being Sn,
A cartridge for use with an apparatus for generating an inhalable medium, the cartridge comprising: a container for holding a liquid ; a receptacle for receiving a solid material ; and a shell around the outside of the liquid container ; wherein the shell and the liquid container define between them a channel ; and the cartridge being arranged such that in use liquid exiting the container can flow, in the form of at least one of a vapour and an aerosol, through the channel to the receptacle and through solid material received by the receptacle in use. a container for holding a liquid ; a receptacle for receiving a solid material ; and a shell around the outside of the liquid container ; wherein the shell and the liquid container define between them a channel ; and the cartridge being arranged such that in use liquid exiting the container can flow, in the form of at least one of a vapour and an aerosol, through the channel to the receptacle and through solid material received by the receptacle in use.