mhurhangee/ep-ind-claims huggingface dataset:
A method for path switching between an evolved node B, eNB, and a mobile management entity, MME, the method comprising: transmitting, by the eNB, a path switch request message to the MME to inform that a user equipment, UE, has changed cell, the path switch request message comprising an eNB UE S1AP identifier, ID, uniquely identifying an UE association over an S1 interface within the eNB, and a tracking area identifier, TAI, which corresponds to a cell where the UE is located; and receiving, by the eNB, a path switch request acknowledge message, the path switch request acknowledge message comprising an MME UE S1AP ID uniquely identifying an UE association over an S1 interface within the MME and the eNB UE S1AP ID, from the MME. transmitting, by the eNB, a path switch request message to the MME to inform that a user equipment, UE, has changed cell, the path switch request message comprising an eNB UE S1AP identifier, ID, uniquely identifying an UE association over an S1 interface within the eNB, and a tracking area identifier, TAI, which corresponds to a cell where the UE is located; and receiving, by the eNB, a path switch request acknowledge message, the path switch request acknowledge message comprising an MME UE S1AP ID uniquely identifying an UE association over an S1 interface within the MME and the eNB UE S1AP ID, from the MME.
A pneumatic tire having a side portion and a belt layer, wherein the belt layer uses a monofilament cord as a reinforcing cord, and a tire cross-sectional width Wt refers to the width of the tire, obtained by excluding the patterns and letters on the sidewalls of the tire from the straight-line distance between the sidewalls, including all patterns and letters on the sidewalls of the tire, characterized in that the number e of arranged monofilament cords per 5 cm in the tire width direction (cords/5 cm) in the cross section of the belt layer in the tire radial direction, and the tire cross-sectional width Wt (mm) when the tire is installed on a standardized rim and the internal pressure is set to 250 kPa satisfy the following (formula 1) and (formula 2). e / 139.5 − 0.3 Wt > 1.14 e / 191.5 − 0.3 Wt < 0.63 the belt layer uses a monofilament cord as a reinforcing cord, and a tire cross-sectional width Wt refers to the width of the tire, obtained by excluding the patterns and letters on the sidewalls of the tire from the straight-line distance between the sidewalls, including all patterns and letters on the sidewalls of the tire, characterized in that the number e of arranged monofilament cords per 5 cm in the tire width direction (cords/5 cm) in the cross section of the belt layer in the tire radial direction, and the tire cross-sectional width Wt (mm) when the tire is installed on a standardized rim and the internal pressure is set to 250 kPa satisfy the following (formula 1) and (formula 2). e / 139.5 − 0.3 Wt > 1.14 e / 191.5 − 0.3 Wt < 0.63
An irradiation device for insertion into an orifice of the body of a human patient for providing photodynamic therapy, the orifice being the female reproductive tract or the rectum, the device comprising: a housing (1, 21, 31, 51, 61, 71) adapted to be fully inserted and secured in the orifice the housing (1,21,31,51,61,71) enclosing an LED lamp system (5, 25, 35, 45, 54, 62, 72) and a power source (41, 68, 78) for powering the LED lamp system (5, 25, 35, 45, 54, 62, 72) and the housing (1, 21, 31, 51, 61, 71) comprising a treatment surface (2, 22, 32, 63, 73) with the LED system being arranged to, when the device is in operation, emit light from the treatment surface (2, 22, 32, 63, 73), wherein the treatment surface (2, 22, 32, 63, 73) is at least partially transparent to said light and wherein the device is independently operational while located in the orifice; wherein the treatment surface has a size and/or shape adapted for complementary fit with a treatment area within the orifice such that, when the device is in operation, the treatment area is illuminated by said light, characterised in that the housing has a flexible outer portion that can adjust its shape to form a secure fit with walls of the orifice and the LED system is arranged to emit light at a light intensity in the range of 1-50 mW/cm 2.
A process for producing a perfluoropolyoxyalkylene peroxide compound comprising a step of reacting a perfluoroalkene with oxygen, wherein the reaction of the perfluoroalkene with oxygen is performed under ultraviolet irradiation, in the presence of a fluorine source, and in perfluorohexane.
A method of providing font-rendering information that is usable to print a document, the method comprising: receiving a font file that defines a font type included in the document, which, when printed, generates a quantity of pages; determining whether the quantity of pages does not exceed a subsetting-optimization threshold; and, only in that case: generating (420, 418) a subsetted font file of the font type that does not include elements of the font type that are not in at least a portion of the document; and providing the subsetted font file to be used to print the document. receiving a font file that defines a font type included in the document, which, when printed, generates a quantity of pages; determining whether the quantity of pages does not exceed a subsetting-optimization threshold; and, only in that case: generating (420, 418) a subsetted font file of the font type that does not include elements of the font type that are not in at least a portion of the document; and providing the subsetted font file to be used to print the document. generating (420, 418) a subsetted font file of the font type that does not include elements of the font type that are not in at least a portion of the document; and providing the subsetted font file to be used to print the document.
Locking device for a door, window or the like, comprising a main lock and at least one additional lock, the additional lock being coupled to the main lock by means of a connecting rod, and comprising a motorized drive mechanism, it being possible for locking elements of the main lock and/or additional lock to be displaced by the drive mechanism, by means of the connecting rod, between a lock position and a release position, characterized in that the drive mechanism has a drive unit for driving the connecting rod into the lock position, the drive unit for this purpose acting on a further connecting rod in order to displace the connecting rod together with the further connecting rod, and it being possible for the connecting rod and the further connecting rod to be coupled to each other in such a way that the connecting rod can be displaced relative to the further connecting rod when a force exceeding a force threshold value is applied to the connecting rod.
An identity-based encryption method based on a lattice, comprising: receiving identity information: randomly sampling small elements; generating a function-processed output value by function-processing the identity information; and generating an encrypted text for a message by using the sampled small elements, the function-processed output value and a master public key, wherein the master public key is computed using a ring having a dimension (d) represented by a power of 2 and an integer multiplication of 3 or more. randomly sampling small elements; generating a function-processed output value by function-processing the identity information; and generating an encrypted text for a message by using the sampled small elements, the function-processed output value and a master public key, wherein the master public key is computed using a ring having a dimension (d) represented by a power of 2 and an integer multiplication of 3 or more.
Method for operating a laundry treatment apparatus, wherein the apparatus comprises: - a laundry treatment chamber for treating laundry by using processing air; - a heat pump system for treating said processing air; - a cooling air blower for blowing ambient air towards the heat pump system to cool at least a part thereof; - at least one temperature sensing device (27, 28, 29) for providing a first signal indicative of ambient temperature (Tamb); - a heat pump system operating condition detection unit for providing a second signal (Tr) indicative of an operating condition of the heat pump system the method comprising the steps of: - providing an ambient temperature threshold (Ta THR); - determining the ambient temperature (Tamb) based on the first signal; - determining whether the ambient temperature (Tamb) satisfies a prefixed condition with the ambient temperature threshold (Ta THR); - performing a cooling air blower control procedure based on the second signal (Tr); the method being characterized in that if said prefixed condition is determined, performing the steps of: - drying laundry for a first drying period; - determining the second signal (Tr) at the end of the first drying period; and - based on said determined second signal (Tr), providing control thresholds (Tf ON, Tf OFF) for said second signal (Tr) to control said cooling air blower during a second drying period next to said first drying period. - a laundry treatment chamber for treating laundry by using processing air; - a heat pump system for treating said processing air; - a cooling air blower for blowing ambient air towards the heat pump system to cool at least a part thereof; - at least one temperature sensing device (27, 28, 29) for providing a first signal indicative of ambient temperature (Tamb); - a heat pump system operating condition detection unit for providing a second signal (Tr) indicative of an operating condition of the heat pump system - providing an ambient temperature threshold (Ta THR); - determining the ambient temperature (Tamb) based on the first signal; - determining whether the ambient temperature (Tamb) satisfies a prefixed condition with the ambient temperature threshold (Ta THR); - performing a cooling air blower control procedure based on the second signal (Tr); - drying laundry for a first drying period; - determining the second signal (Tr) at the end of the first drying period; and - based on said determined second signal (Tr), providing control thresholds (Tf ON, Tf OFF) for said second signal (Tr) to control said cooling air blower during a second drying period next to said first drying period.
Machine for launching targets, comprising a chassis on which is mounted a support relatively to which a cylinder is mounted rotating along an axis of rotation, the cylinder comprising a plurality of columns for storing stacked targets, the columns each having a longitudinal axis parallel to the axis of rotation, the chassis comprising a surface for receiving targets in view of a launch, the support comprising a hole configured to enable the passage of a target from a column of the cylinder to the receiving surface, characterised by the fact that the support comprises a first attachment position relative to the chassis, and at least one second attachment position relative to the chassis, the first position and the second position having an angular misalignment along the axis of rotation.
A method for manufacturing a detecting sensor comprising: a magnet that generates a magnetic field; a plurality of sensor elements (30A, 30B) that detect a change in the magnetic field generated by the magnet; and a housing that holds the magnet and the sensor elements (30A, 30B), the method comprising the steps of: fixing the magnet and the sensor elements (30A, 30B) to a mold; molding the housing by injecting molten resin into the mold and curing the molten resin; and removing the detecting sensor in which the magnet and the sensor elements (30A, 30B) are integrated with the housing from the mold, characterised in that in the step of fixing the magnet and the sensor elements (30A, 30B) to the mold, the sensor elements (30A, 30B) are fixed to the mold by inserting terminals projecting from bodies of the sensor elements (30A, 30B) into terminal insertion holes formed in the mold. a magnet that generates a magnetic field; a plurality of sensor elements (30A, 30B) that detect a change in the magnetic field generated by the magnet; and a housing that holds the magnet and the sensor elements (30A, 30B), the method comprising the steps of: fixing the magnet and the sensor elements (30A, 30B) to a mold; molding the housing by injecting molten resin into the mold and curing the molten resin; and removing the detecting sensor in which the magnet and the sensor elements (30A, 30B) are integrated with the housing from the mold, characterised in that in the step of fixing the magnet and the sensor elements (30A, 30B) to the mold, the sensor elements (30A, 30B) are fixed to the mold by inserting terminals projecting from bodies of the sensor elements (30A, 30B) into terminal insertion holes formed in the mold. fixing the magnet and the sensor elements (30A, 30B) to a mold; molding the housing by injecting molten resin into the mold and curing the molten resin; and removing the detecting sensor in which the magnet and the sensor elements (30A, 30B) are integrated with the housing from the mold, characterised in that in the step of fixing the magnet and the sensor elements (30A, 30B) to the mold, the sensor elements (30A, 30B) are fixed to the mold by inserting terminals projecting from bodies of the sensor elements (30A, 30B) into terminal insertion holes formed in the mold.
Housing (30; 130) of an axial turbomachine, in particular of a compressor (4; 6), comprising: - an annular row of blades extending radially and each comprising a respective platform (28; 128); - an annular wall (32; 132) of composite material and whose inner surface comprises an annular area (43; 143) for receiving the platforms (28, 128) of the row of blades (26; 126), - at least one annular flange (36; 136) extending radially and comprising an axial portion (42; 142), characterized in that the annular flange (36; 136) is attached to the annular wall (32; 132) and bounds the receiving area (43; 143) of the platforms (28; 128) of the blades through an axial contact between the axial portion (42; 142) of the annular flange (36; 136) and the platforms (28; 128). - an annular row of blades extending radially and each comprising a respective platform (28; 128); - an annular wall (32; 132) of composite material and whose inner surface comprises an annular area (43; 143) for receiving the platforms (28, 128) of the row of blades (26; 126), - at least one annular flange (36; 136) extending radially and comprising an axial portion (42; 142),
A decorative part for a vehicle, arranged to be mounted on a steering wheel of the vehicle, comprising: - a decorative rim produced from a decorative material such as wood, - a protective portion for protecting the decorative rim, made from a transparent or translucent material covering at least a part of a surface of the decorative rim arranged to be visible to a user, - an attachment portion arranged to attach the decorative part on the steering wheel, characterised in that the attachment portion is produced from the same transparent or translucent material as the protective portion. - a decorative rim produced from a decorative material such as wood, - a protective portion for protecting the decorative rim, made from a transparent or translucent material covering at least a part of a surface of the decorative rim arranged to be visible to a user, - an attachment portion arranged to attach the decorative part on the steering wheel,
Connection system, with self-alignment, for elevator guides, the system consists of guides of elevator, with a core-carriage bolt and side wings and connection plates of said guides between each other: a) the wings corresponding to two guides to be connected coincide fully with each other, making perfect contact in the entire front surface of its zones of contact; b) each wing forms through-holes; c) there is a connection plate that forms through-holes in correspondence with the holes of the wings; d) there are means of retention lodged in said holes of the guides and of the plate; characterized in that: e) the front surfaces form a precision finish keeping a perfect 90° angle between said front surfaces with respect to the longitudinal axis (e) of each guide and f) the holes, facing each other in pairs are separated from each other a certain distance (Δ) in the direction of the longitudinal axis (e) of the guides, so that mounting the means of retention a front pressure of alignment is created between both guides. a) the wings corresponding to two guides to be connected coincide fully with each other, making perfect contact in the entire front surface of its zones of contact; b) each wing forms through-holes; c) there is a connection plate that forms through-holes in correspondence with the holes of the wings; d) there are means of retention lodged in said holes of the guides and of the plate; e) the front surfaces form a precision finish keeping a perfect 90° angle between said front surfaces with respect to the longitudinal axis (e) of each guide and f) the holes, facing each other in pairs are separated from each other a certain distance (Δ) in the direction of the longitudinal axis (e) of the guides, so that mounting the means of retention a front pressure of alignment is created between both guides.
A method of making a flexible textile comprising: providing a textile having a first surface, the first surface comprising a thermoplastic elastomeric material; and disposing an optical element on the thermoplastic elastomeric material, wherein the optical element, as disposed on the first surface, imparts a structural color to the textile, the optical element comprising optical layers formed in a layer-by-layer manner where each layer has a different index of refraction and each layer has a thickness of 10 to 500 nanometers. providing a textile having a first surface, the first surface comprising a thermoplastic elastomeric material; and disposing an optical element on the thermoplastic elastomeric material, wherein the optical element, as disposed on the first surface, imparts a structural color to the textile, the optical element comprising optical layers formed in a layer-by-layer manner where each layer has a different index of refraction and each layer has a thickness of 10 to 500 nanometers.
An apparatus for correcting a misfeed in an incoming web having a first side and a second side, the apparatus comprising: a web guide for carrying said incoming web, and a vision system for inspecting whether the incoming web is properly oriented or improperly oriented, said vision system coupled to a controller and communicatively coupled to said web guide, the apparatus being characterised in that said web guide comprises a rotatable ring carrying a pair of guide plates through which said incoming web is passed, said guide plates being actuatable between a closed condition for effectuating a twist in the incoming web and an open condition for allowing splices in the incoming web to pass; and the web guide is operable to receive a signal from said controller to initiate, if said guide plates are in the closed condition, a correction sequence after said vision system detects an improperly oriented condition. a web guide for carrying said incoming web, and a vision system for inspecting whether the incoming web is properly oriented or improperly oriented, said vision system coupled to a controller and communicatively coupled to said web guide, the apparatus being characterised in that said web guide comprises a rotatable ring carrying a pair of guide plates through which said incoming web is passed, said guide plates being actuatable between a closed condition for effectuating a twist in the incoming web and an open condition for allowing splices in the incoming web to pass; and the web guide is operable to receive a signal from said controller to initiate, if said guide plates are in the closed condition, a correction sequence after said vision system detects an improperly oriented condition.
A storage medium comprising program instructions which are executable by a processor for: - successively imaging an imaging region of an assay analysis system as particles are loaded into the imaging region; - generating a frequency spectrum of each image via a discrete Fourier transform upon formation of each image; - integrating a same coordinate portion of each frequency spectrum; and terminating the loading of particles into the imaging region upon (a) computing an integral which crosses a predetermined threshold and/or (b) tracking integrals calculated for the successively generated frequency spectrums; and terminating the loading of particles upon detecting a change in integral magnitude less than a present limit between two frequency spectrums generated in succession. - successively imaging an imaging region of an assay analysis system as particles are loaded into the imaging region; - generating a frequency spectrum of each image via a discrete Fourier transform upon formation of each image; - integrating a same coordinate portion of each frequency spectrum; and terminating the loading of particles into the imaging region upon (a) computing an integral which crosses a predetermined threshold and/or (b) tracking integrals calculated for the successively generated frequency spectrums; and terminating the loading of particles upon detecting a change in integral magnitude less than a present limit between two frequency spectrums generated in succession. (a) computing an integral which crosses a predetermined threshold and/or (b) tracking integrals calculated for the successively generated frequency spectrums; and terminating the loading of particles upon detecting a change in integral magnitude less than a present limit between two frequency spectrums generated in succession.
Bacterium of the species Lactobacillus fermentum selected from the group consisting of: (a) the Lactobacillus fermentum strain deposited as DSM32086; (b) the Lactobacillus fermentum strain deposited as DSM32087; (c) the Lactobacillus fermentum strain deposited as DSM32089; (d) the Lactobacillus fermentum strain deposited as DSM32091; or (e) a mutant Lactobacillus strain obtainable from one the deposited bacteria according to (a) to (d), wherein the mutant is characterized in that it increases the pH of a fermented milk product comprising the mutant Lactobacillus fermentum during storage after fermentation in comparison to a milk product fermented with the same starter culture not containing the Lactobacillus fermentum, wherein the increase in pH is at least by a value of 0.1, and wherein the increase in pH is determined after storing a product fermented with a starter culture and the Lactobacillus fermentum in a concentration of at least 10 7 cfu/g over 21 days at 25 °C. (a) the Lactobacillus fermentum strain deposited as DSM32086; (b) the Lactobacillus fermentum strain deposited as DSM32087; (c) the Lactobacillus fermentum strain deposited as DSM32089; (d) the Lactobacillus fermentum strain deposited as DSM32091; or (e) a mutant Lactobacillus strain obtainable from one the deposited bacteria according to (a) to (d), wherein the mutant is characterized in that it increases the pH of a fermented milk product comprising the mutant Lactobacillus fermentum during storage after fermentation in comparison to a milk product fermented with the same starter culture not containing the Lactobacillus fermentum, wherein the increase in pH is at least by a value of 0.1, and wherein the increase in pH is determined after storing a product fermented with a starter culture and the Lactobacillus fermentum in a concentration of at least 10 7 cfu/g over 21 days at 25 °C.