mhurhangee/ep-ind-claims huggingface dataset:
A conveyor belt including an elastomeric body having a load carrying surface and a parallel pulley engaging surface; a reinforcement ply disposed within the elastomeric body; and a rip detection sensor in the form of a microcoil sensor wire which is configured in an endless loop, wherein the microcoil sensor wire is comprised of an elastomeric core having an electrically conductive wire spirally wrapped around the elastomeric core, characterized in that the microcoil sensor wire is insulated in a sheath so that the electrically conductive wire of the microcoil sensor wire is not mechanically bound directly to the elastomeric body of the conveyor belt giving it a high degree of freedom of movement independent of the elastomeric body of the belt and in that the core material of the microcoil sensor wire has a higher elongation than the elastomeric material of the elastomeric body of the conveyor belt.
System for treating a patient by means of proton therapy, comprising a gantry with magnets and quadripoles and an exit port to lead, respectively point, the proton beam to the spot in the patient that has to be treated, as well as a controllably movable patient table (7, 10) in order to position the patient in a desired position with regards to the proton beam, with a horizontal rotation axis being defined by means of the position of the gantry and the isocenter of the gantry corresponding to the intersection of the proton beam and the horizontal rotation axis, whereby: a) the patient table (7, 10) is arranged in a horizontally running plane and is rotatable mounted by at least 180° in the isocenter of the gantry in the horizontally running plane, b) the gantry from the horizontally running plane is rotatable mounted around the horizontal rotation axis at most -135° to +135° at most on one side of the patient table (7, 10) in order that the patient table (7, 10) remains always accessible from the other side, c) the gantry is upstream the patient table in the direction of the horizontal rotation axis and is mounted rotatable and supported downstream around the horizontal rotation axis; and d) a radiation chamber is embodied as a half open room, permanently accessible from at least one side of the gantry and comprises a firmly installed ground area (13, 13b, 13c) and further a slot within the range for the conduction of the exit port, that projects into the radiation chamber, whereby the patient table (7, 10) is arranged in the radiation chamber. a) the patient table (7, 10) is arranged in a horizontally running plane and is rotatable mounted by at least 180° in the isocenter of the gantry in the horizontally running plane, b) the gantry from the horizontally running plane is rotatable mounted around the horizontal rotation axis at most -135° to +135° at most on one side of the patient table (7, 10) in order that the patient table (7, 10) remains always accessible from the other side, c) the gantry is upstream the patient table in the direction of the horizontal rotation axis and is mounted rotatable and supported downstream around the horizontal rotation axis; and d) a radiation chamber is embodied as a half open room, permanently accessible from at least one side of the gantry and comprises a firmly installed ground area (13, 13b, 13c) and further a slot within the range for the conduction of the exit port, that projects into the radiation chamber, whereby the patient table (7, 10) is arranged in the radiation chamber.
A method, performed by a device, for assigning frequencies in a cellular radio system where the cellular radio system is capable of Interference Rejection Combining, IRC, the method comprising: - collecting data including IRC capabilities related to the cellular radio system; - assigning a cost related to a number of interfering interferers; - executing a frequency optimization algorithm for determining an assigned reduced cost in relation to the IRC capabilities and a level of interference; and - assigning frequencies (203, 205) based on the reduced assigned cost. - collecting data including IRC capabilities related to the cellular radio system; - assigning a cost related to a number of interfering interferers; - executing a frequency optimization algorithm for determining an assigned reduced cost in relation to the IRC capabilities and a level of interference; and - assigning frequencies (203, 205) based on the reduced assigned cost.
A solar cell comprising: a semiconductor substrate; a plurality of first electrodes which collect charges, are disposed on the semiconductor substrate and extend in parallel in a first direction; and a plurality of first collector regions disposed on a surface of the semiconductor substrate and extending in parallel in a second direction that crosses the first direction, characterized in that each first collector region includes: a plurality of first collectors for transferring charges collected by the plurality of first electrodes, the first collectors having a width in the first direction and a width in the second direction, a plurality of first connecting regions for connecting two neighboring first collectors having a second width in the first direction, the first collectors and the first connecting regions being alternately arranged, and deletion portions positioned on both lateral sides of each first connecting region in areas extending in the second direction between the two neighboring first collectors, wherein each first collector is positioned only between its associated pair of neighboring first electrodes. a semiconductor substrate; a plurality of first electrodes which collect charges, are disposed on the semiconductor substrate and extend in parallel in a first direction; and a plurality of first collector regions disposed on a surface of the semiconductor substrate and extending in parallel in a second direction that crosses the first direction, characterized in that each first collector region includes: a plurality of first collectors for transferring charges collected by the plurality of first electrodes, the first collectors having a width in the first direction and a width in the second direction, a plurality of first connecting regions for connecting two neighboring first collectors having a second width in the first direction, the first collectors and the first connecting regions being alternately arranged, and deletion portions positioned on both lateral sides of each first connecting region in areas extending in the second direction between the two neighboring first collectors, a plurality of first collectors for transferring charges collected by the plurality of first electrodes, the first collectors having a width in the first direction and a width in the second direction, a plurality of first connecting regions for connecting two neighboring first collectors having a second width in the first direction, the first collectors and the first connecting regions being alternately arranged, and deletion portions positioned on both lateral sides of each first connecting region in areas extending in the second direction between the two neighboring first collectors, wherein each first collector is positioned only between its associated pair of neighboring first electrodes.
Medical system, including: a) a skin-mountable medical device, the skin-mountable medical device including an activatable tactile indicator; b) a user interface, the user interface being configured to receive location information, the location information indicating a body location where the skin-mountable medical device shall be mounted; wherein the medical system is configured to determine an active control pattern in dependence of the location information and to control activation of the tactile indicator in accordance with the active control pattern. a) a skin-mountable medical device, the skin-mountable medical device including an activatable tactile indicator; b) a user interface, the user interface being configured to receive location information, the location information indicating a body location where the skin-mountable medical device shall be mounted;
A refrigeration cycle apparatus comprising: a refrigerant circuit including a condenser; a plurality of temperature sensors each disposed in line in a direction in which refrigerant flows in the condenser and configured to detect refrigerant temperature of the condenser; a memory unit configured to store positional information of the plurality of temperature sensors; said refrigerant cycle apparatus being characterized by comprising a refrigerant amount calculation unit configured to calculate a refrigerant amount of the condenser based on the positional information of the plurality of temperature sensors, detected temperatures of the plurality of temperature sensors and a saturated liquid temperature of the refrigerant. a refrigerant circuit including a condenser; a plurality of temperature sensors each disposed in line in a direction in which refrigerant flows in the condenser and configured to detect refrigerant temperature of the condenser; a memory unit configured to store positional information of the plurality of temperature sensors; said refrigerant cycle apparatus being characterized by comprising a refrigerant amount calculation unit configured to calculate a refrigerant amount of the condenser based on the positional information of the plurality of temperature sensors, detected temperatures of the plurality of temperature sensors and a saturated liquid temperature of the refrigerant.
An information storage device (30, 31) comprising: a storage unit that stores an encrypted content; and a data processing unit that controls access of an external device to the storage unit, wherein the storage unit stores - a converted title key obtained by encrypting a title key which is an encryption key to be applied to decryption of the encrypted content, and - a user token obtained by converting binding secret information to be applied to calculate the title key from the converted title key, and wherein the data processing unit allows an external device having an access right to the storage unit being confirmed therein to read out the converted title key and the user token, wherein the user token is obtained by encrypting, with an authentication key, coupled data between the binding secret information and a verification value generated on the basis of the binding secret information, the authentication key being generated on the basis of a user ID and a user password, included in registration account information of a server performing use management of the encrypted content. a storage unit that stores an encrypted content; and a data processing unit that controls access of an external device to the storage unit, wherein the storage unit stores - a converted title key obtained by encrypting a title key which is an encryption key to be applied to decryption of the encrypted content, and - a user token obtained by converting binding secret information to be applied to calculate the title key from the converted title key, and - a converted title key obtained by encrypting a title key which is an encryption key to be applied to decryption of the encrypted content, and - a user token obtained by converting binding secret information to be applied to calculate the title key from the converted title key, and wherein the data processing unit allows an external device having an access right to the storage unit being confirmed therein to read out the converted title key and the user token, wherein the user token is obtained by encrypting, with an authentication key, coupled data between the binding secret information and a verification value generated on the basis of the binding secret information, the authentication key being generated on the basis of a user ID and a user password, included in registration account information of a server performing use management of the encrypted content.
An information reproduction method for reproducing contents of an information recording medium that has at least one data zone for storing data, comprising: a non-recorded zone determination step for determining whether the entirety of a reproduction zone is a recorded zone wherein data are stored, or whether at least a part of the reproduction zone is a non-recorded zone wherein no data are stored at a predetermined timing when or after a request for reproduction, hereinafter referred to as reproduction request, is received, the reproduction zone having contents which are requested to be reproduced by the reproduction request, and being included in the data zone of the information recording medium, the reproduction request comprising a starting address, the non-recorded zone determination step comprising receiving an error indication following attempted reproduction of data from within the reproduction zone confirming that the reproduction zone comprises a non-recorded zone and setting a starting address of a confirmed non-recorded zone to the starting address of the reproduction request; an error processing step outputting error information without retrying reproducing the non-recorded zone only when the non-recorded zone is determined at the non-recorded zone determination step to be a confirmed non-recorded zone present in the reproduction zone. a non-recorded zone determination step for determining whether the entirety of a reproduction zone is a recorded zone wherein data are stored, or whether at least a part of the reproduction zone is a non-recorded zone wherein no data are stored at a predetermined timing when or after a request for reproduction, hereinafter referred to as reproduction request, is received, the reproduction zone having contents which are requested to be reproduced by the reproduction request, and being included in the data zone of the information recording medium, the reproduction request comprising a starting address, the non-recorded zone determination step comprising receiving an error indication following attempted reproduction of data from within the reproduction zone confirming that the reproduction zone comprises a non-recorded zone and setting a starting address of a confirmed non-recorded zone to the starting address of the reproduction request; an error processing step outputting error information without retrying reproducing the non-recorded zone only when the non-recorded zone is determined at the non-recorded zone determination step to be a confirmed non-recorded zone present in the reproduction zone.
Device for loading insert sheets comprising a moving carriage (12; 12') for the insertion of insert sheets in a receiving zone of a zone for receiving exposures, the moving carriage (12; 12') comprising a plurality of longitudinal bars (27a, 27b), characterised in that at least one longitudinal bar comprises a suctioning channel opening through at least one suctioning orifice on the face of the longitudinal bar intended to receive an insert sheet, the suctioning channel being configured to be connected to a vacuum source for the maintaining by suctioning the insert sheet transported by the moving carriage (12; 12').
A method for determining the service life for a particulate filter receiving products of combustion from and filter soot particles from an air breathing, fuel consuming internal combustion engine characterized by the steps of: determining normalized current delta pressure across the particulate filter; regenerating the particulate filter; determining the normalized delta pressure across the clean particulate filter; subtracting the clean delta pressure across the particulate filter from the normalized current delta pressure across the particulate filter and dividing by the integrated time interval since the previous regeneration to determine a current factor (Ψ); and determining a maximum factor (Ψ limit) and comparing the current factor (Ψ) to the maximum factor (Ψ limit) for determining service life. determining normalized current delta pressure across the particulate filter; regenerating the particulate filter; determining the normalized delta pressure across the clean particulate filter; subtracting the clean delta pressure across the particulate filter from the normalized current delta pressure across the particulate filter and dividing by the integrated time interval since the previous regeneration to determine a current factor (Ψ); and determining a maximum factor (Ψ limit) and comparing the current factor (Ψ) to the maximum factor (Ψ limit) for determining service life.
A method for producing cross-linked chondroitin sulfate, the method comprising: cross-linking a chondroitin sulfate through covalent bonding by amidating a carboxy group of the chondroitin sulfate and an amino group of a polyvalent amine, which is a diamine having two primary amino groups or a triamine having three primary amino groups, wherein a mole equivalent of the polyvalent amine is from 0.005 to 0.100 relative to 1.00 mole equivalent of the disaccharide unit of the chondroitin sulfate. cross-linking a chondroitin sulfate through covalent bonding by amidating a carboxy group of the chondroitin sulfate and an amino group of a polyvalent amine, which is a diamine having two primary amino groups or a triamine having three primary amino groups, wherein a mole equivalent of the polyvalent amine is from 0.005 to 0.100 relative to 1.00 mole equivalent of the disaccharide unit of the chondroitin sulfate.
A method of forming patterns, comprising: (a) coating a substrate with a resist composition for negative development to form a resist film having a receding contact angle of 70 degrees or above with respect to water,, (b) exposing the resist film via an immersion medium, and (c) performing development with a negative developer comprising an organic solvent, wherein the resist composition for negative development comprises: a resin which is capable of increasing the polarity by the action of an acid and becomes more soluble in a positive developer which is an alkaline developer and less soluble in a negative developer comprising an organic solvent upon irradiation with an actinic ray or radiation, a compound capable of generating an acid upon irradiation with an actinic ray or radiation, a solvent, and a resin having at least either a fluorine atom or a silicon atom, wherein the resin has a mononuclear or polynuclear alicyclic hydrocarbon structure, and wherein the amount of the resin in the resist Composition for negative development is from 0.1 to 5 mass%, based on the total solids in the resist composition. (a) coating a substrate with a resist composition for negative development to form a resist film having a receding contact angle of 70 degrees or above with respect to water,, (b) exposing the resist film via an immersion medium, and (c) performing development with a negative developer comprising an organic solvent, a resin which is capable of increasing the polarity by the action of an acid and becomes more soluble in a positive developer which is an alkaline developer and less soluble in a negative developer comprising an organic solvent upon irradiation with an actinic ray or radiation, a compound capable of generating an acid upon irradiation with an actinic ray or radiation, a solvent, and a resin having at least either a fluorine atom or a silicon atom,
A method for fetal diagnosis comprising: splitting by binning one or more fetal cells enriched from maternal blood such that each individual fetal cell is in a discrete addressable location, wherein each location contains 0 or 1 fetal cell, wherein said binning is performed using a number of bins greater than 100; amplifying a plurality of genomic DNA regions from the one or more fetal cells in the addressable locations, wherein the resulting amplicons comprise a cell-specific label; and determining the presence or absence of a fetal abnormality by analyzing said amplicons. splitting by binning one or more fetal cells enriched from maternal blood such that each individual fetal cell is in a discrete addressable location, wherein each location contains 0 or 1 fetal cell, wherein said binning is performed using a number of bins greater than 100; amplifying a plurality of genomic DNA regions from the one or more fetal cells in the addressable locations, wherein the resulting amplicons comprise a cell-specific label; and determining the presence or absence of a fetal abnormality by analyzing said amplicons.
Pneumatic brake for a rail vehicle, wherein during a braking operation friction linings are pressed onto friction partners by means of pneumatic pressure from a brake air reservoir and wherein the brake air reservoir is fed from a compressed air supply, characterised in that the filling and outflow of compressed air from the brake air reservoir takes place via a flow limiting device consisting of a parallel connection of a non-return valve and a restrictor, or an overflow valve as flow limiting device.
A storage device comprising: a main storage configured to store data, the main storage including a plurality of nonvolatile memory devices (410, 4k0); and a storage controller configured to control the main storage, wherein the storage controller is configured to load at least one of a) at least a portion of mapping tables (MT21-MT2q) and b) at least one of a portion of directories (DIR1-DIRk) to a host memory buffer included in an external host device coupled to the storage device, based on at least one of a size of the host memory buffer and locality information associated with a data access pattern of the external host device, wherein the mapping tables are stored in the nonvolatile memory devices, and the mapping tables indicate a mapping relationship between a physical address and a logical address of corresponding ones of the nonvolatile memory devices, and wherein the directories are configured to store address information of the mapping tables stored in the nonvolatile memory devices, wherein the mapping tables are further configured to store first priority information indicating access importance degree of the mapping tables, and the directories are further configured to store second priority information indicating access importance degree of the directories. a main storage configured to store data, the main storage including a plurality of nonvolatile memory devices (410, 4k0); and a storage controller configured to control the main storage, wherein the storage controller is configured to load at least one of a) at least a portion of mapping tables (MT21-MT2q) and b) at least one of a portion of directories (DIR1-DIRk) to a host memory buffer included in an external host device coupled to the storage device, based on at least one of a size of the host memory buffer and locality information associated with a data access pattern of the external host device, wherein the mapping tables are stored in the nonvolatile memory devices, and the mapping tables indicate a mapping relationship between a physical address and a logical address of corresponding ones of the nonvolatile memory devices, and wherein the directories are configured to store address information of the mapping tables stored in the nonvolatile memory devices, wherein the mapping tables are further configured to store first priority information indicating access importance degree of the mapping tables, and the directories are further configured to store second priority information indicating access importance degree of the directories.