mhurhangee/ep-ind-claims huggingface dataset:
An accommodating case for a portable recording medium, comprising: a medium disposition area defined on an inner surface of the accommodating case for disposing of the recording medium; a support portion formed inside the medium disposition area for supporting of the recording medium arranged in the medium disposition area; an engagement portion (22R, 22L) for pinching edges of the recording medium together with the support portion so that the recording medium is suppressed from separating from the inner surface; and a movable portion forming a part of the inner surface, the movable portion including a portion located in the medium disposition area and a portion located in an area outside the medium disposition area, the movable portion being movable relative to the engagement portion (22R, 22L) and the support portion to be recessed toward the outside of the accommodating case. a medium disposition area defined on an inner surface of the accommodating case for disposing of the recording medium; a support portion formed inside the medium disposition area for supporting of the recording medium arranged in the medium disposition area; an engagement portion (22R, 22L) for pinching edges of the recording medium together with the support portion so that the recording medium is suppressed from separating from the inner surface; and a movable portion forming a part of the inner surface, the movable portion including a portion located in the medium disposition area and a portion located in an area outside the medium disposition area, the movable portion being movable relative to the engagement portion (22R, 22L) and the support portion to be recessed toward the outside of the accommodating case.
A closing device, in particular a lock cylinder, with a core mounted in a housing, with a locking mechanism for producing a positive locking between the housing and the core, with a locking bit and with a coupling for the selective production or release of a positive locking of the locking bit with the core and with means for initiating a torque in the core, wherein the coupling has a positive-locking element penetrating into the movement range of the core and of the locking bit for producing a positive locking, wherein the positive locking of the coupling is limited to an intended angle range and the coupling has a free run over the intended angle range and wherein the selective production or release of the positive locking of the coupling is dependent on the angle range of the core, so that the locking bit can be driven by a correspondingly wide rotation of the core, however, the coupling ensures a free run over at least the angle range, characterized in that the core or the locking bit has a guide for the positive-locking element, wherein the positive-locking element has a positive locking in the guide in the rotational direction and depending on the angle range is movable radially inwardly or outwardly over the boundary of the guide.
A method for compacting a soil, wherein: a) a ramming cycle is carried out several times on an impact area of the soil during which: a mass is dropped on the impact area from a predetermined height; and after the impact of the mass on the impact area, a point cloud is acquired using a laser scanner in order to obtain a radar image of at least the footprint of the mass in the soil, characterized in that: b) at least one characteristic data of the soil compaction (VE1, VE2, VS1, VS2, H1, H2, L1, L2) is determined from at least one of the radar images of the footprint obtained at the end of the ramming cycles. a) a ramming cycle is carried out several times on an impact area of the soil during which: a mass is dropped on the impact area from a predetermined height; and after the impact of the mass on the impact area, a point cloud is acquired using a laser scanner in order to obtain a radar image of at least the footprint of the mass in the soil, characterized in that: b) at least one characteristic data of the soil compaction (VE1, VE2, VS1, VS2, H1, H2, L1, L2) is determined from at least one of the radar images of the footprint obtained at the end of the ramming cycles. a mass is dropped on the impact area from a predetermined height; and after the impact of the mass on the impact area, a point cloud is acquired using a laser scanner in order to obtain a radar image of at least the footprint of the mass in the soil, characterized in that: b) at least one characteristic data of the soil compaction (VE1, VE2, VS1, VS2, H1, H2, L1, L2) is determined from at least one of the radar images of the footprint obtained at the end of the ramming cycles.
An animal feeder having a housing comprising an aperture for a food bowl and having a door (1, 2) for covering the aperture, the feeder comprising a door mechanism to control movement of the door over the aperture, wherein the feeder comprises: an antenna for reading an RFID tag of an animal; a processor for detecting authorisation of the animal based on the read RFID tag; a communications interface configured to allow the feeder to provide status information to a user or remote site; wherein the door mechanism is configured to control the door to at least partially uncover the aperture in response to a said authorisation detection; and further charaterised in that the animal feeder further comprises a load cell for weighing an amount of food placed in the feeder, and wherein the communications interface is further configured to provide the status information based on a result of said weighing to the user or a remote site. an antenna for reading an RFID tag of an animal; a processor for detecting authorisation of the animal based on the read RFID tag; a communications interface configured to allow the feeder to provide status information to a user or remote site; wherein the door mechanism is configured to control the door to at least partially uncover the aperture in response to a said authorisation detection; and further charaterised in that the animal feeder further comprises a load cell for weighing an amount of food placed in the feeder, and wherein the communications interface is further configured to provide the status information based on a result of said weighing to the user or a remote site.
A resource allocation method, comprising: transmitting, a request message to a base station, wherein the request message is used to request a resource used by a user equipment to perform device to device communication; receiving, a response message from the base station, wherein the response message is used to provide a device to device communication resource of a first cell to the user equipment, wherein the response message comprises a physical cell identifier PCI of the first cell and a frequency of the first cell, and the first cell is a secondary cell or a non-serving cell of the user equipment; and performing, device to device communication in the first cell; reporting, a neighbor cell measurement report to the base station, so that the base station determines, according to the neighbor cell measurement report, that the user equipment can perform device to device communication in the first cell, wherein the neighbor cell measurement report comprises the signal quality of the first cell that is measured by the user equipment; wherein the base station is a base station of a second cell and the first cell, and the second cell is a serving cell or a primary cell of the user equipment; or the base station is a base station of a second cell, and the second cell is a serving cell or a primary cell of the user equipment; the first cell and the second cell belong to different PLMNs or belong to a same PLMN transmitting, a request message to a base station, wherein the request message is used to request a resource used by a user equipment to perform device to device communication; receiving, a response message from the base station, wherein the response message is used to provide a device to device communication resource of a first cell to the user equipment, wherein the response message comprises a physical cell identifier PCI of the first cell and a frequency of the first cell, and the first cell is a secondary cell or a non-serving cell of the user equipment; and performing, device to device communication in the first cell; reporting, a neighbor cell measurement report to the base station, so that the base station determines, according to the neighbor cell measurement report, that the user equipment can perform device to device communication in the first cell, wherein the neighbor cell measurement report comprises the signal quality of the first cell that is measured by the user equipment; wherein the base station is a base station of a second cell and the first cell, and the second cell is a serving cell or a primary cell of the user equipment; or the base station is a base station of a second cell, and the second cell is a serving cell or a primary cell of the user equipment; the first cell and the second cell belong to different PLMNs or belong to a same PLMN
Dialyzer, comprising a blood-pressure measuring unit; a pulse-wave-transit-time measuring system; as well as an evaluation unit, wherein the dialyzer is configured to create pairs of measured values, wherein a measured value of the measuring unit and a simultaneous measured value of the measuring system form a pair of measured values; and wherein the dialyzer is configured to determine two of these pairs of measured values at time points at times when the absolute and/or the relative deviation of the pulse wave transit time and/or of the blood pressure is above a threshold value; and wherein the dialyzer is configured to determine a first of the two pairs of measured values prior to a withdrawal of blood at the start of a dialysis treatment, and to determine a second of the two pairs of measured values after the filling of an extracorporeal circuit with withdrawn blood; and wherein the evaluation unit is configured to determine parameters describing the relationship between the pulse wave transit time and the blood pressure on the basis of the two pairs of measured values.
A method of uniforming temperature in a shaft supported by a fluid bearing during rotation of the shaft, a journal portion of the shaft being located in front of pad or pads of the fluid bearing, wherein: - at least one passage is provided by forming a groove on and in the lateral surface of the shaft at least along the journal portion so as to cross the journal portion, - at least one flow of a heat-exchange fluid is established in the at least one passage across the journal portion; and - wherein the or each passage develops in a radially peripheral region of the journal portion; and - wherein the or each passage is defined by the corresponding groove covered by a sleeve mounted on the shaft. - at least one passage is provided by forming a groove on and in the lateral surface of the shaft at least along the journal portion so as to cross the journal portion, - at least one flow of a heat-exchange fluid is established in the at least one passage across the journal portion; and - wherein the or each passage develops in a radially peripheral region of the journal portion; and - wherein the or each passage is defined by the corresponding groove covered by a sleeve mounted on the shaft.
A coastal system for managing meteorological phenomena, said system comprising: - conduits from said system that extend down to a depth under the oceanic mixed layer; - pumps that make it possible to pump water; - dispersion means of the pumped waters that make it possible to mix said pumped waters with surface ocean waters; - at least one well that is connected to the pumps, on one hand, with at least one pipe and, on the other hand, to the conduits; wherein said at least one well fills through conduits with water from under the oceanic mixed layer by the law of connected vessels, characterized in that the conduits are made by drilling and extend obliquely through the rocks at the edge of the continental shelf down to a depth under the oceanic mixed layer. - conduits from said system that extend down to a depth under the oceanic mixed layer; - pumps that make it possible to pump water; - dispersion means of the pumped waters that make it possible to mix said pumped waters with surface ocean waters; - at least one well that is connected to the pumps, on one hand, with at least one pipe and, on the other hand, to the conduits; wherein said at least one well fills through conduits with water from under the oceanic mixed layer by the law of connected vessels, characterized in that the conduits are made by drilling and extend obliquely through the rocks at the edge of the continental shelf down to a depth under the oceanic mixed layer.
A method for separating and/or purifying cannabinoids from a cannabis extract, the method including at least one liquid-liquid partition chromatography step comprising a first solvent phase and a second non-miscible liquid phase, wherein the first solvent phase is cyclohexane, heptane, or octane and is kept stationary by centrifugal force, and 1% to 15% (v/v) t-butyl methyl ether is added to the first solvent phase and/or the second non-miscible liquid phase.
A temporarily or permanently implantable medical device, which comprises a housing (12, 100) and which is connected or is to be connected to at least one elongate electrical function conductor for the transmission of therapy signals or diagnosis signals or both, and at least one electrode pole (30, 32) connected to the function conductor, via which electrode pole electric current is delivered to surrounding body tissue during use or with which electrode pole electrical potentials can be sensed in surrounding during use, or both, wherein the medical device has at least one electrical component, which is located within the housing (12, 100) and of which the electric length corresponds to at least a quarter of the wavelength λ of electromagnetic waves in the radio frequency range, which occur in 1.5 T or 3 T MRI scanners, wherein the function conductor is an electrical conductor of an electrode line (20, 102), which has at least one electrode pole (30; 32), which is electrically connected via the function conductor to the electrical component arranged within the housing (12, 100) and of which the electric length corresponds to at least a quarter of the wavelength λ of electromagnetic waves in the radio frequency range occurring in 1.5 T or 3 T MRI scanners.
System for injecting an ammonia rich fraction in a component on-board a vehicle, comprising: - an urea decomposition unit, - a subsystem mountable on-board a vehicle, said subsystem being configured for: - receiving a mixture comprising ammonia, carbon dioxide and water; characterised in that the subsystem being further configured for generating from said mixture an ammonia rich fraction and a carbon dioxide rich fraction; said ammonia rich fraction containing a smaller weight percentage of carbon dioxide than said mixture and said carbon dioxide rich fraction containing a smaller weight percentage of ammonia than said mixture; and wherein an ammonia injecting module being configured for injecting or spraying said ammonia rich fraction into the component at a first location is provided. - an urea decomposition unit, - a subsystem mountable on-board a vehicle, said subsystem being configured for: - receiving a mixture comprising ammonia, carbon dioxide and water; - receiving a mixture comprising ammonia, carbon dioxide and water;
Electrically operated household appliance, in particular dishwasher, washing machine or tumble dryer, with at least one inner wall as well as with at least one outer wall arranged externally in front thereof, wherein there is provision between a respective inner wall and an outer wall arranged externally in front thereof for an intermediate space, characterised in that, - at least in the intermediate space, at least one bridging between the respective inner wall and the outer wall arranged in front thereof is provided by an inserted bracing element (20; 20a) provided with at least one resiliently deformable foam layer and/or at least one bridging between the respective inner wall and outer wall is provided by an inserted bracing element (20; 20a) provided with at least one layer which is deformable in a rubbery resilient manner and - that the bracing element (20; 20a) is constructed in at least a two-layer manner and comprises a sound-minimising layer with a microsurface which is in contact with the inner side of the outer wall in the installed position. - at least in the intermediate space, at least one bridging between the respective inner wall and the outer wall arranged in front thereof is provided by an inserted bracing element (20; 20a) provided with at least one resiliently deformable foam layer and/or at least one bridging between the respective inner wall and outer wall is provided by an inserted bracing element (20; 20a) provided with at least one layer which is deformable in a rubbery resilient manner and - that the bracing element (20; 20a) is constructed in at least a two-layer manner and comprises a sound-minimising layer with a microsurface which is in contact with the inner side of the outer wall in the installed position.
A method of quantifying soil carbon in a unit of land, the method comprising the steps of: obtaining an estimated spatial distribution of carbon content in the unit of land including i) correlating information associated with the unit of land with soil carbon distribution, and ii) inputting the correlated information into a prediction model to predict the estimated spatial distribution of carbon content; stratifying the unit of land into a plurality of strata based at least partly on the estimated spatial distribution of carbon content; selecting one or more locations from each of one or more of the plurality of strata, the one or more locations being selected via random sampling; determining sample carbon content at the one or more randomly sampled locations; and determining total carbon content in the unit of land based at least partly on the sample carbon content. obtaining an estimated spatial distribution of carbon content in the unit of land including i) correlating information associated with the unit of land with soil carbon distribution, and ii) inputting the correlated information into a prediction model to predict the estimated spatial distribution of carbon content; stratifying the unit of land into a plurality of strata based at least partly on the estimated spatial distribution of carbon content; selecting one or more locations from each of one or more of the plurality of strata, the one or more locations being selected via random sampling; determining sample carbon content at the one or more randomly sampled locations; and determining total carbon content in the unit of land based at least partly on the sample carbon content.
An electrolytic device comprising: (a) a sample flow channel having an inlet and an outlet; (b) a first regenerant flow channel comprising regenerant and having an inlet and an outlet; (c) a first charged barrier having exchangeable ions capable of passing ions of one charge, positive or negative, and of blocking bulk liquid flow, disposed between said sample flow channel and first regenerant flow channel; a DC power source and: (d) a first pair of first and second spaced electrodes (22a, 22c) disposed in said first regenerant flow channel, wherein the first electrode is connected to a first terminal of the DC power source and the second electrode is connected to a second terminal of the DC power source such that, in operation, the first and second electrodes are of opposite charge. (a) a sample flow channel having an inlet and an outlet; (b) a first regenerant flow channel comprising regenerant and having an inlet and an outlet; (c) a first charged barrier having exchangeable ions capable of passing ions of one charge, positive or negative, and of blocking bulk liquid flow, disposed between said sample flow channel and first regenerant flow channel;
An isolated peptide of less than 15 amino acids having cytotoxic T cell -inducing ability, wherein the peptide comprises the amino acid sequence selected from the group consisting of SEQ ID NOs: 7, 3, 5, 6, 9, 12-14, 17, 21, 30, 35, 38-40, 45, 53, 56 and 58.
A method of performing, by a user equipment, UE, access attempt to a cell, the method comprising: camping on the cell of a long-term evolution, LTE, system connected to a 5G core network; receiving, from a base station, BS related to the cell, barring information; initiating the access attempt to the cell based on an access category for a new radio, NR, system; mapping, by a non-access stratum, NAS, layer of the UE, the access category to an establishment cause for the LTE system based on a mapping table; performing access barring check based on the barring information; and based on the access attempt to the cell being not barred as a result of the access barring check, transmitting, by a radio resource control, RRC, layer of the UE, a message requesting establishment of an RRC connection to the BS, the message including the establishment cause mapped from the access category. camping on the cell of a long-term evolution, LTE, system connected to a 5G core network; receiving, from a base station, BS related to the cell, barring information; initiating the access attempt to the cell based on an access category for a new radio, NR, system; mapping, by a non-access stratum, NAS, layer of the UE, the access category to an establishment cause for the LTE system based on a mapping table; performing access barring check based on the barring information; and based on the access attempt to the cell being not barred as a result of the access barring check, transmitting, by a radio resource control, RRC, layer of the UE, a message requesting establishment of an RRC connection to the BS, the message including the establishment cause mapped from the access category.
A modular system for the configuration of a transport line (TSm) of a long stator linear motor, made of a plurality of transport line components (TMn), wherein each transport line component (TMn) has a starting point (An) and an end point (En), each lying on a raster corner point (p·a) x (q·a) of an (a x a) raster with a prespecified raster length a, wherein p, q are whole numbers, characterized in that in the modular system at least a transport line component (TMn) is included, which is composed of two curve entry modules on which is included the starting point (An) or the end point (En), and at least one connection module which connects the two curve entry modules, wherein the curvature radius of one end of each of the curve entry modules is infinite, and the other respective end of the curve entry module has a prespecified curvature radius greater than zero and the connection module has the same prespecified curvature radius on both ends.