mhurhangee/ep-ind-claims huggingface dataset:
Pump device for a household appliance, wherein the pump device comprises a drive with a first impeller for operating the pump device in a first operating state with a first conveying direction, in order to pump fluid out of the household appliance, and with a second impeller for operating the pump device in a second operating state with a second conveying direction, in order to pump fluid around within the household appliance, wherein a first freewheeling drive is arranged between the drive and the first impeller and a second freewheeling drive is arranged between the drive and the second impeller in order, as a function of the first or the second operating state, to drive always only the first impeller or only the second impeller, wherein the pump device comprises a first pressure chamber which is associated with the first impeller, and wherein the pump device comprises a second pressure chamber which is associated with the second impeller, characterised in that the pump device has a shared suction chamber for the first pressure chamber and the second pressure chamber.
A crystal scintillator composition, comprising the following, and any reaction products thereof: (a) a halide-lanthanide matrix material selected from the group consisting of (i) a solid solution of at least two lanthanide halides; and (ii) lanthanum iodide, substantially free of lanthanum oxyiodide; and (b) an activator for the matrix material, comprising an element selected from the group consisting of cerium, praseodymium, and mixtures of cerium and praseodymium. (a) a halide-lanthanide matrix material selected from the group consisting of (i) a solid solution of at least two lanthanide halides; and (ii) lanthanum iodide, substantially free of lanthanum oxyiodide; and (i) a solid solution of at least two lanthanide halides; and (ii) lanthanum iodide, substantially free of lanthanum oxyiodide; and (b) an activator for the matrix material, comprising an element selected from the group consisting of cerium, praseodymium, and mixtures of cerium and praseodymium.
A method of programming and operating a numerically controlled cutting machine to cause it to cut out shapes from a sheet material in alignment with designs, including continuous line data, that have been pre-printed on that sheet material, which method comprises: moving the sheet material from a reservoir of the pre-printed sheet material in a forward direction past one or more cameras or optical sensors and then over a cutting table where the shapes are to be cut; using the one or more cameras or optical sensors to detect data pre-printed on the sheet material as it moves towards the cutting table; using only the detected data to calculate new cutting command data, thereby creating aligned cutting command data that is aligned with the data pre-printed on the sheet material; and using the aligned cutting command data to cut shapes from the printed sheet material on the cutting table; CHARACTERISED IN THAT the sheet material is passed through a cutting command computing zone between the one or more cameras or optical sensors and the cutting table, and in that cutting command computing zone the cutting command data is calculated or modified to derive the aligned cutting command data which establishes and maintains close alignment, when the sheet material reaches the cutting table, between the shapes to be cut and the data pre-printed on the sheet material. moving the sheet material from a reservoir of the pre-printed sheet material in a forward direction past one or more cameras or optical sensors and then over a cutting table where the shapes are to be cut; using the one or more cameras or optical sensors to detect data pre-printed on the sheet material as it moves towards the cutting table; using only the detected data to calculate new cutting command data, thereby creating aligned cutting command data that is aligned with the data pre-printed on the sheet material; and using the aligned cutting command data to cut shapes from the printed sheet material on the cutting table; CHARACTERISED IN THAT the sheet material is passed through a cutting command computing zone between the one or more cameras or optical sensors and the cutting table, and in that cutting command computing zone the cutting command data is calculated or modified to derive the aligned cutting command data which establishes and maintains close alignment, when the sheet material reaches the cutting table, between the shapes to be cut and the data pre-printed on the sheet material.
Method for generating a display and operating view for an operating and monitoring device of an industrial automation arrangement, information relating to states of the industrial automation arrangement and operating elements for influencing components (PLC1,..., PLC3) of the industrial automation arrangement being compiled for output on a graphical user interface, characterized in that after an event has been logged, information relating to the event and details of the identity or role of a user of the operating and monitoring device are transmitted to an entity, after which the entity, - in a first step, retrieves planned information relating to at least one component (PLC1,..., PLC3) of the industrial automation arrangement affected by the event from an engineering database using the event and specifically for the identity or role of the user, - in a second step, retrieves current state information from or via the at least one affected component (PLC1,..., PLC3), and, - in a third step, uses the planned information and the state information to generate the display and operating view, in that symbols for a plurality of components (PLC1,..., PLC3) affected by the event and their logical or spatial relationship with respect to one another are displayed in the display and operating view, wherein the occurrence of an exception state in at least one of the components (PLC1,..., PLC3) of the industrial automation arrangement is used as the event. - in a first step, retrieves planned information relating to at least one component (PLC1,..., PLC3) of the industrial automation arrangement affected by the event from an engineering database using the event and specifically for the identity or role of the user, - in a second step, retrieves current state information from or via the at least one affected component (PLC1,..., PLC3), and, - in a third step, uses the planned information and the state information to generate the display and operating view,
A built-in unit for electric power panels, comprising: - a built-in case including a bottom wall and a side wall extending from said bottom wall; said bottom wall and side wall delimiting a holding space for electric components; - a closing insert or mask to be applied to a free end of the side wall of said case, adapted to be embedded in a wall together with said case and having a front edge facing away from said free end, said mask comprising an abutment frame associable with the free end of said side wall and a perimetric wing delimiting said abutment frame at least partly, wherein the abutment frame has a first portion contained in a plane parallel to the lying plane of the front edge and a second portion transverse to the first portion; - a front panel to be applied onto the case at said mask, so as to close said holding space, wherein, when the holding space is closed, said panel has a surface in sight that is coplanar with, and surrounded by the front edge of said mask, characterized in that said front panel is housed within the abutment frame of mask and abuts against said first portion. - a built-in case including a bottom wall and a side wall extending from said bottom wall; said bottom wall and side wall delimiting a holding space for electric components; - a closing insert or mask to be applied to a free end of the side wall of said case, adapted to be embedded in a wall together with said case and having a front edge facing away from said free end, said mask comprising an abutment frame associable with the free end of said side wall and a perimetric wing delimiting said abutment frame at least partly, wherein the abutment frame has a first portion contained in a plane parallel to the lying plane of the front edge and a second portion transverse to the first portion; - a front panel to be applied onto the case at said mask, so as to close said holding space, wherein, when the holding space is closed, said panel has a surface in sight that is coplanar with, and surrounded by the front edge of said mask,
A therapeutic or prophylactic drug for use in a method for treating a disease, disorder or condition associated with TGF-β induced endoplasmic reticulum stress in a corneal endothelium, comprising a TGF-β signal inhibitor, wherein the disease, disorder or condition is related to Fuchs' endothelial corneal dystrophy.
A beam tracking method performed by a receive end device, wherein the method comprises: receiving (201, 302) a demodulation reference signal DMRS sent by a transmit end device; and feeding (202, 304) back an updated beam to the transmit end device when determining, based on the DMRS, that a beam deviation occurs; characterized by further comprising: feeding back indication information to the transmit end device when determining, based on the DMRS, that no beam deviation occurs, wherein the indication information is used to indicate that no beam deviation occurs; wherein a feedback mode of the receive end device includes a periodic feedback mode and a non-periodic feedback mode; wherein in the periodic feedback mode, the receive end device feeds back the indication information to the transmit end device within a current feedback period, wherein a duration of a feedback period of the periodic feedback mode of the receive end device is equal to a duration of a beam sweep period of the transmit end device, and the beam sweep period and the feedback period are the same period. receiving (201, 302) a demodulation reference signal DMRS sent by a transmit end device; and feeding (202, 304) back an updated beam to the transmit end device when determining, based on the DMRS, that a beam deviation occurs; characterized by further comprising: feeding back indication information to the transmit end device when determining, based on the DMRS, that no beam deviation occurs, wherein the indication information is used to indicate that no beam deviation occurs; wherein a feedback mode of the receive end device includes a periodic feedback mode and a non-periodic feedback mode; wherein in the periodic feedback mode, the receive end device feeds back the indication information to the transmit end device within a current feedback period, wherein a duration of a feedback period of the periodic feedback mode of the receive end device is equal to a duration of a beam sweep period of the transmit end device, and the beam sweep period and the feedback period are the same period. feeding back indication information to the transmit end device when determining, based on the DMRS, that no beam deviation occurs, wherein the indication information is used to indicate that no beam deviation occurs; wherein a feedback mode of the receive end device includes a periodic feedback mode and a non-periodic feedback mode; wherein in the periodic feedback mode, the receive end device feeds back the indication information to the transmit end device within a current feedback period, wherein a duration of a feedback period of the periodic feedback mode of the receive end device is equal to a duration of a beam sweep period of the transmit end device, and the beam sweep period and the feedback period are the same period.
A packaging system for storing a prosthetic heart valve in a sterilization solution, the packaging system comprising: a cup sized to contain a prosthetic heart valve and a volume of a sterilization solution; and a lid; wherein the lid is securable to the cup to provide a sterile environment for the prosthetic heart valve and the sterilization solution; and further wherein securement of the lid to the cup is characterized by the absence of a threaded interface between the lid and the cup; wherein a wet packaged prosthetic heart valve is generated upon placement of the prosthetic heart valve and sterilization solution into the cup and sealing of the lid onto the cup, the packaging system being characterized in that it further comprises: a vacuum flask sized to receive the wet packaged prosthetic heart valve. a cup sized to contain a prosthetic heart valve and a volume of a sterilization solution; and a lid; wherein the lid is securable to the cup to provide a sterile environment for the prosthetic heart valve and the sterilization solution; and further wherein securement of the lid to the cup is characterized by the absence of a threaded interface between the lid and the cup; wherein a wet packaged prosthetic heart valve is generated upon placement of the prosthetic heart valve and sterilization solution into the cup and sealing of the lid onto the cup, the packaging system being characterized in that it further comprises: a vacuum flask sized to receive the wet packaged prosthetic heart valve.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a network, a prioritized service list including at least one of service types; transmitting, to the network, a radio resource control, RRC, connection request message including an establishment cause which includes prioritized service access information, when a service type of the specific service is included in the prioritized service list, wherein the prioritized service access information informs that a specific service that will be accessed is prioritized; receiving, from the network, a RRC connection setup message in response to the establishment cause; and transmitting, to the network, a RRC connection setup complete message including information informing the service type of the specific service. receiving, from a network, a prioritized service list including at least one of service types; transmitting, to the network, a radio resource control, RRC, connection request message including an establishment cause which includes prioritized service access information, when a service type of the specific service is included in the prioritized service list, wherein the prioritized service access information informs that a specific service that will be accessed is prioritized; receiving, from the network, a RRC connection setup message in response to the establishment cause; and transmitting, to the network, a RRC connection setup complete message including information informing the service type of the specific service.
An agricultural row unit (100, 100') for depositing seeds into a planting trench, comprising: a row unit frame; a seed hopper (110, 110') pivotally mounted to the row unit frame, said seed hopper (110, 110') pivotable in a direction rearwardly away from a forward direction of travel of the row unit frame from a first position to a second position; a singulating seed meter (400, 400') in seed communication with said seed hopper (110, 110'); and characterized by: a seed supply conduit, wherein when said seed hopper (110, 110') is in the first position, said seed hopper (110, 110') is in communication with said seed supply conduit, and wherein when said seed hopper (110, 110') is in said second position, said seed hopper (110, 110') is separated from said seed supply conduit. a row unit frame; a seed hopper (110, 110') pivotally mounted to the row unit frame, said seed hopper (110, 110') pivotable in a direction rearwardly away from a forward direction of travel of the row unit frame from a first position to a second position; a singulating seed meter (400, 400') in seed communication with said seed hopper (110, 110'); and characterized by: a seed supply conduit, wherein when said seed hopper (110, 110') is in the first position, said seed hopper (110, 110') is in communication with said seed supply conduit, and wherein when said seed hopper (110, 110') is in said second position, said seed hopper (110, 110') is separated from said seed supply conduit.
An apparatus for producing structured light, the apparatus comprising a first optical arrangement comprising: - a micro lens array comprising a multitude of transmissive or reflective microlenses which are regularly arranged at a lens pitch P; and - an illumination unit for illuminating the microlens array; the illumination unit comprising a plurality of light sources each for emitting light of a wavelength L and each having an aperture, wherein for each of the light sources, an optical path length for light emitted from each light source from its respective aperture to the micro lens array amounts to one and the same distance D, characterised in that P 2 = 2 ⁢ LD / N and wherein N is an integer with N ≥ 1. - a micro lens array comprising a multitude of transmissive or reflective microlenses which are regularly arranged at a lens pitch P; and - an illumination unit for illuminating the microlens array;
A graphene powder, having a specific surface area of 80 m 2 /g or more to 250 m 2 /g or less as measured by BET measurement, and an oxygen-to-carbon element ratio (O/C ratio) of 0.09 or more to 0.30 or less as measured by X-ray photoelectron spectroscopy.
Use of the combination of a compound of formula or: wherein R 1 and R 2 are identical or different and are independently selected from the group consisting of -OH, -CH 3, CF 3 CH 2 O- and CH 3 O-; and an anionic polymer which is a copolymer of acrylic acid or methacrylic acid and 2-acrylamido-2-methylpropane sulfonic acid, for the cosmetic treatment and/or care of the skin, wherein the cosmetic treatment and/or care is the alleviation or prevention of the adverse effects of air pollution containing particulate matter on the skin, said cosmetic treatment and/or care being the allevation and/or the prevention of the symptoms of premature aging due to exposure of the skin to pollutants, improvement of skin radiance and/or luminosity when the skin is exposed to pollutants, maintenance and/or improvement of skin morphology when the skin is exposed to pollutants, maintenance and/or improvement of the skin such that the skin appears less dull when the skin is exposed to pollutants, and/or maintenance and/or improvement of skin cleanliness when the skin is exposed to pollutants.
Device for unlocking a locking device comprising an entrance and/or exist device, in particular for land, water or aircraft, comprising a piston housing and a piston rod, of which at least one component (4; 6) is movably mounted relative to the other component (4; 6), as well as a guiding device, wherein the respectively movable component (4; 6) is connected to the locking device and the guiding device makes contact with the movable component (4; 6) upon subsequent further movement of the movable component (4; 6) after the locking device has been unlocked, characterized in that the guiding device is hinged to the entrance and/or exit device.
Apparatus (28, 29, 34) for continuous tempering of a fat-containing, crystallisable chocolate mass, comprising a tempering column (28, 29, 34) with a cooling section and mixing means being part of final sections of the tempering column (28, 29), a channel connected with its inlet and outlet to the side of the tempering column, so that the inlet is connected to the cooling section and the outlet is connected to the final sections, characterised in, that a crystallisation section is arranged between the cooling section and the final sections, and that the channel is a conduit adapted for by-passing a second stream of mass outside the crystallisation section, so that the mass is divided into a first stream of mass and a second stream of mass, crystals are created in the first stream of mass, and so that the second stream of mass is still being free from crystals, and the first stream of mass and the second stream of mass is mixed together into one final crystallised stream of mass by the mixing means being part of the final sections.
Use of an antibody in a method of detecting tumor cells expressing a tumor-associated antigen, wherein the antibody binds to the tumor-associated antigen, wherein the antibody is obtainable by immunizing with a peptide or polypeptide having an amino acid sequence selected from the group consisting of SEQ ID NOs: 142-148, and wherein the tumor-associated antigen expressed in tumor tissue has the amino acid sequence according to SEQ ID NO: 16 and compared to healthy normal tissue is a deglycosylated variant of the tumor-associated antigen, wherein the glycosylation is a N-glycosylation and the tumor is a gastric tumor or a lung tumor, and the method comprises detecting the deglycosylated variant of the tumor-associated antigen in a biological sample.
A process for the preparation of a first compound being a non-naturally-occurring defined monomer sequence polymer, in which at least two of the monomer units are distinct from each other; the process comprising the steps of: (i) synthesising the first compound by performing one or more sequential monomeric coupling reactions in a first organic solvent, and (ii) between each coupling reaction, separating a product of said one or more sequential coupling reactions from at least one second compound, which is a reaction by-product of the synthesis of the product and/or an excess of a reagent used for the synthesis of the product; wherein during step (ii) the product of said one or more sequential coupling reactions and at least one second compound are dissolved in a second organic solvent and are separated by a process of diafiltration using a membrane that is stable in the organic solvent and which provides a rejection for the product which is greater than the rejection for the second compound, and wherein the monomer units forming the first compound each have a backbone moiety and at least one of the monomers has a side chain moiety. (i) synthesising the first compound by performing one or more sequential monomeric coupling reactions in a first organic solvent, and (ii) between each coupling reaction, separating a product of said one or more sequential coupling reactions from at least one second compound, which is a reaction by-product of the synthesis of the product and/or an excess of a reagent used for the synthesis of the product; wherein during step (ii) the product of said one or more sequential coupling reactions and at least one second compound are dissolved in a second organic solvent and are separated by a process of diafiltration using a membrane that is stable in the organic solvent and which provides a rejection for the product which is greater than the rejection for the second compound, and wherein the monomer units forming the first compound each have a backbone moiety and at least one of the monomers has a side chain moiety.