mhurhangee/patent-ind-claim-en huggingface dataset:
Rotor for a synchronous rotating electrical machine having permanent magnets , which rotates about a central longitudinal axis and comprises a plurality of permanent magnets attached to a hub , the hub comprising a stack of metal sheets secured to each other, said sheets having an identical circumferential profile comprising a plurality of reliefs resulting in the creation of axial ribs when the metal sheets are stacked, each permanent magnet being positioned in a space formed between two adjacent axial ribs , each permanent magnet having an inner face surrounded by two lateral sides fitted on the circumferential surface of the hub , characterized in that each permanent magnet is positioned identically relative to the two adjacent axial ribs in each space exclusively to the right of said space or exclusively to the left of said space, with a same lateral side of each permanent magnet pressed against the axial rib located exclusively on the same right or left side of each space at the time of assembly.
A probe having a first end that is configured to contact and separate from a test object and a second end that is configured to contact a circuit board to perform inspection of the test object , the second end being provided with a rotation restricted portion that is configured to restrict rotation of a probe about the axial direction thereof, characterized in that the second end of the probe is formed by a tubular member , the rotation restricted portion is provided at an end portion in an axial direction of the tubular member , an extendable portion , which is freely extendable and contractible in the axial direction of the probe and having at least one spiral slit, is provided between the first end and the second end . the second end of the probe is formed by a tubular member , the rotation restricted portion is provided at an end portion in an axial direction of the tubular member , an extendable portion , which is freely extendable and contractible in the axial direction of the probe and having at least one spiral slit, is provided between the first end and the second end .
A packaging for a deep-frozen product, the packaging having at least one layer of kraft paper and/or kraft cardboard, the packaging containing less than 10% by weight of CTMP and less than 10% by weight of BCTMP and containing no impregnation and being compostable, characterized in that the packaging has, at least in sections, at least one layer of compressed paper, having a density in the range from 900 to 1300 kg/m 3 , and/or cellophane, bonded to said at least one layer of kraft paper and/or kraft cardboard, having a basis weight of 30 to 360 g/m 2 , in particular by lamination.
A method for image processing comprising: training a neural network using composite image data including a background image and a manuscript image and correct image data corresponding to the composite image data and to a predetermined image processing for manuscript extraction; obtaining a captured image of an original that contains a manuscript character; and performing the predetermined image processing for manuscript extraction on the captured image using the neural network, characterized by further comprising: a training data generating process of generating the composite image data, wherein pieces of the composite image data are generated based on a combination of a background sample image and a manuscript sample image such that a manuscript image in the manuscript sample image is composited with a margin region that is contained in the background sample image, or such that a background image that is contained in the background sample image and a manuscript image that is contained in the manuscript sample image are arranged with a margin region interposed therebetween. training a neural network using composite image data including a background image and a manuscript image and correct image data corresponding to the composite image data and to a predetermined image processing for manuscript extraction; obtaining a captured image of an original that contains a manuscript character; and performing the predetermined image processing for manuscript extraction on the captured image using the neural network, characterized by further comprising: a training data generating process of generating the composite image data, wherein pieces of the composite image data are generated based on a combination of a background sample image and a manuscript sample image such that a manuscript image in the manuscript sample image is composited with a margin region that is contained in the background sample image, or such that a background image that is contained in the background sample image and a manuscript image that is contained in the manuscript sample image are arranged with a margin region interposed therebetween.
A method for performing, by a user equipment, UE (10; 1610), access barring check in a wireless communication system, the method comprising: receiving (S820) a first list that relates to a plurality of access categories with a plurality of indices, wherein each of the plurality of indices is related to one or more access categories among the plurality of access categories; receiving (S810) a second list comprising a plurality of barring information, wherein each of the plurality of barring information is indexed by each of the plurality of indices, and wherein each of the barring information comprises a barring factor and a barring time; based on a first access category that a non-access stratum, NAS, layer of the UE (10; 1610) informs to a radio resource control, RRC, layer of the UE (10; 1610), selecting (S830), among the plurality of indices from the first list, a first index that is related to the first access category; selecting (S830), among the plurality of barring information from the second list, first barring information that is related to the first index related to the first access category; performing (S830) the access barring check for the first access category, based on a first barring factor and a first barring time comprised in the first barring information; and performing (S840) uplink transmission, based on performing the access barring check. receiving (S820) a first list that relates to a plurality of access categories with a plurality of indices, wherein each of the plurality of indices is related to one or more access categories among the plurality of access categories; receiving (S810) a second list comprising a plurality of barring information, wherein each of the plurality of barring information is indexed by each of the plurality of indices, and wherein each of the barring information comprises a barring factor and a barring time; based on a first access category that a non-access stratum, NAS, layer of the UE (10; 1610) informs to a radio resource control, RRC, layer of the UE (10; 1610), selecting (S830), among the plurality of indices from the first list, a first index that is related to the first access category; selecting (S830), among the plurality of barring information from the second list, first barring information that is related to the first index related to the first access category; performing (S830) the access barring check for the first access category, based on a first barring factor and a first barring time comprised in the first barring information; and
A method of removing copper from a low-grade copper-containing material having copper sulfide minerals comprising: (a) obtaining a pyrite-containing slurry from a tailings dam or a tailings stream of an ore processing plant; (b) removing pyrite from the pyrite-containing slurry by floating pyrite-containing particles and forming (i) an inert stream and (ii) a pyrite-containing material including pyrite-containing particles; (c) mixing a low-grade copper-containing material having copper sulfide minerals with the pyrite-containing material and forming agglomerates, and (d) leaching copper from the copper-containing material in the agglomerates from step (c) with a leach liquor and microbes, wherein the pyrite in the pyrite-containing material generates acid and heat that facilitates leaching copper from the copper-containing material, and wherein the microbes oxidize ferrous iron to ferric iron. (a) obtaining a pyrite-containing slurry from a tailings dam or a tailings stream of an ore processing plant; (b) removing pyrite from the pyrite-containing slurry by floating pyrite-containing particles and forming (i) an inert stream and (ii) a pyrite-containing material including pyrite-containing particles; (c) mixing a low-grade copper-containing material having copper sulfide minerals with the pyrite-containing material and forming agglomerates, and (d) leaching copper from the copper-containing material in the agglomerates from step (c) with a leach liquor and microbes, wherein the pyrite in the pyrite-containing material generates acid and heat that facilitates leaching copper from the copper-containing material, and wherein the microbes oxidize ferrous iron to ferric iron.
A method for enabling a service (304a-c) executing in an isolated session on a system to access a system resource from which the service is isolated, comprising: instantiating a worker session by an operating system operating on the system; instantiating a worker process , the worker process executing in the worker session , the worker process having access to the system resource, wherein the worker session is created by the service (304a-c) executing in the isolated session, by establishing a loopback remote presentation session connection to the system; receiving by the service (304a-c), a first communication indicative of a request from a first process to access the system resource; sending, by the service, a second communication indicative of a request to the worker process to access the system resource; in response to receiving, by the worker process , the second communication, accessing the system resource to produce a first result; and transmitting, by the worker process , the first result to the service (304a-c). instantiating a worker session by an operating system operating on the system; instantiating a worker process , the worker process executing in the worker session , the worker process having access to the system resource, wherein the worker session is created by the service (304a-c) executing in the isolated session, by establishing a loopback remote presentation session connection to the system; receiving by the service (304a-c), a first communication indicative of a request from a first process to access the system resource; sending, by the service, a second communication indicative of a request to the worker process to access the system resource; in response to receiving, by the worker process , the second communication, accessing the system resource to produce a first result; and transmitting, by the worker process , the first result to the service (304a-c).
An apparatus for folding an airplane wing , in particular a wing tip of an airplane wing , comprising: a hinge pin which is supportable in a rigid wing section and is rotationally fixedly or fixedly connectable to a folding wing section ; an actuator for driving the hinge pin to fold the folding wing section out of or into a main plane of the airplane wing; and an abutment element for the abutment of the folding wing section on a folding out of the folding wing section and for defining an end position of a folded-out state of the folding wing section , characterized in that the apparatus further comprises a sensor for measuring a preload torque which occurs on an abutment of the folding wing section against the abutment element, with the sensor measuring the preload torque at the hinge pin . a hinge pin which is supportable in a rigid wing section and is rotationally fixedly or fixedly connectable to a folding wing section ; an actuator for driving the hinge pin to fold the folding wing section out of or into a main plane of the airplane wing; and an abutment element for the abutment of the folding wing section on a folding out of the folding wing section and for defining an end position of a folded-out state of the folding wing section , characterized in that the apparatus further comprises a sensor for measuring a preload torque which occurs on an abutment of the folding wing section against the abutment element, with the sensor measuring the preload torque at the hinge pin .
A combined bearing for a shaft of the impeller of a turbomachine comprising in combination: at least one radial bearing member , at least one thrust bearing member and characterised by at least a bearing-fluid impeller of a bearing-fluid boosting pump , the bearing-fluid impeller being integrated in the thrust bearing member of the combined bearing and the bearing-fluid boosting pump being in fluid communication with the thrust bearing member and the radial bearing member .
Ceramic composition consisting on: percarbonates or bicarbonates of alkaline elements with a valence +1 at a percentage exceeding 20% dry weight of the ceramic composition; additives selected from binders, deflocculants, suspending components or plasticizers; and natural or synthetic raw materials selected from alkaline or alkaline-earth silicoaluminates, quartzes, clays, kaolin, alkaline or alkaline-earth carbonates, ceramic frits, glasses, aluminates or zirconium silicates. percarbonates or bicarbonates of alkaline elements with a valence +1 at a percentage exceeding 20% dry weight of the ceramic composition; additives selected from binders, deflocculants, suspending components or plasticizers; and natural or synthetic raw materials selected from alkaline or alkaline-earth silicoaluminates, quartzes, clays, kaolin, alkaline or alkaline-earth carbonates, ceramic frits, glasses, aluminates or zirconium silicates.
Footwear capable of changing between a flip-flop and a sandal, comprising: a) a sole including a top section , a bottom section , a forefoot section , a heel section , and a sidewall section ; b) forefoot V-shaped straps positioned and extending over at least a part of the forefoot section , and being secured to the top section of said sole ; c) a straight horizontal recess or pocket formed in the heel section of said top section of said sole for receiving a horizontal strap , the straight horizontal recess or pocket having a right side and a left side ; d) said horizontal strap being removably placed in said straight horizontal recess or pocket of the top section of said sole , e) wherein said horizontal strap is capable of moving between a first stored position within said straight horizontal recess or pocket and a second in-use raised position where the horizontal strap extends above the straight horizontal recess or pocket to cover and support a bridge portion and top portion of an ankle of a wearer's foot. a) a sole including a top section , a bottom section , a forefoot section , a heel section , and a sidewall section ; b) forefoot V-shaped straps positioned and extending over at least a part of the forefoot section , and being secured to the top section of said sole ; c) a straight horizontal recess or pocket formed in the heel section of said top section of said sole for receiving a horizontal strap , the straight horizontal recess or pocket having a right side and a left side ; d) said horizontal strap being removably placed in said straight horizontal recess or pocket of the top section of said sole , e) wherein said horizontal strap is capable of moving between a first stored position within said straight horizontal recess or pocket and a second in-use raised position where the horizontal strap extends above the straight horizontal recess or pocket to cover and support a bridge portion and top portion of an ankle of a wearer's foot.
Method for producing an anticorrosion coating, wherein an anticorrosion primer comprising (A) at least one organic polymer as binder, which is not an anionically stabilized polymer, and (B) at least one synthetic layered double hydroxide comprising organic anions is applied directly to a metallic substrate and a polymer film is formed from the anticorrosion primer applied in stage , the method being characterized in that the at least one synthetic layered double hydroxide (B) comprises at least one organic anion of the following formula (I): where R 1 = COO - , SO 3 - , R 2 / R 3 = NH 2 , OH, H. an anticorrosion primer comprising (A) at least one organic polymer as binder, which is not an anionically stabilized polymer, and (B) at least one synthetic layered double hydroxide comprising organic anions is applied directly to a metallic substrate and (A) at least one organic polymer as binder, which is not an anionically stabilized polymer, and (B) at least one synthetic layered double hydroxide comprising organic anions is applied directly to a metallic substrate and a polymer film is formed from the anticorrosion primer applied in stage , R 1 = COO - , SO 3 - , R 2 / R 3 = NH 2 , OH, H.
A flexible member for use in connection with or as an orthotic, an orthotic insert or an ankle foot orthosis, comprising: a structure (1000; 10; 30; 58; 102; 152) defining (i) a toe platform region , (ii) a longitudinal arch pad region , and (iii) a heel region , and the structure further defining (i) a top surface, (ii) a bottom surface, and (iii) a center axis; and wherein the structure includes a plurality of fiber layers of varying lengths, wherein each of the fiber layers includes a plurality of unidirectionally aligned fibers that are angled at between about 10° and 20° relative to the center axis such that the plurality of unidirectionally aligned fibers are angled medially-to-laterally from the heel region to the toe platform region, wherein the structure is arched from the heel region to the toe platform region; wherein the toe platform region defines a medial distal aspect and a lateral aspect, and wherein the structure is torqued so that medial distal aspect is lower than the lateral aspect of the toe platform region. a structure (1000; 10; 30; 58; 102; 152) defining (i) a toe platform region , (ii) a longitudinal arch pad region , and (iii) a heel region , and the structure further defining (i) a top surface, (ii) a bottom surface, and (iii) a center axis; and wherein the structure includes a plurality of fiber layers of varying lengths, wherein each of the fiber layers includes a plurality of unidirectionally aligned fibers that are angled at between about 10° and 20° relative to the center axis such that the plurality of unidirectionally aligned fibers are angled medially-to-laterally from the heel region to the toe platform region, wherein the structure is arched from the heel region to the toe platform region; wherein the toe platform region defines a medial distal aspect and a lateral aspect, and wherein the structure is torqued so that medial distal aspect is lower than the lateral aspect of the toe platform region.
An optoelectronic device, comprising: a photodiode array including a plurality of first photodiodes (112a- 112i), each first photodiode including a respective n+ region and a respective n-well region each n-well region having an upper surface; a guide array disposed over the photodiode array, the guide array including a plurality of guide members (124a-124i) separated from one another by a layer of light-blocking material , the plurality of guide members being disposed over the n+ regions of the plurality of first photodiodes, such that each guide member is disposed over a different respective n+ region, and the respective layer of light-blocking material being disposed over and substantially covering an entirety of the upper surface of the respective n-well region of the plurality of first photodiodes; and a filter array disposed over the guide array, the filter array including a plurality of bandpass filters(132a-132i), each bandpass filter being aligned with a different one of the plurality of guide members, each bandpass filter having a different transmission band. a photodiode array including a plurality of first photodiodes (112a- 112i), each first photodiode including a respective n+ region and a respective n-well region each n-well region having an upper surface; a guide array disposed over the photodiode array, the guide array including a plurality of guide members (124a-124i) separated from one another by a layer of light-blocking material , the plurality of guide members being disposed over the n+ regions of the plurality of first photodiodes, such that each guide member is disposed over a different respective n+ region, and the respective layer of light-blocking material being disposed over and substantially covering an entirety of the upper surface of the respective n-well region of the plurality of first photodiodes; and a filter array disposed over the guide array, the filter array including a plurality of bandpass filters(132a-132i), each bandpass filter being aligned with a different one of the plurality of guide members, each bandpass filter having a different transmission band.
Engine mount arrangement with an elastomer mount body which is received in a rigid mount housing provided at least on one side with an opening , wherein at least one support member connected to an engine engages through the at least one opening , which is supported on the mount body against the mount housing , wherein relative movements of the mount body , caused by impact on the arrangement, with respect to the mount housing along three extension directions (X, Y, Z) of the mount body orthogonal to one another on both sides of a rest position of the respective relative movement are delimitable by stops arranged on the mount housing , wherein the mount housing is formed without joints and is formed in a deformation process in one piece for receiving the mount body and wherein the support member has a U-shaped section , whose limbs are arranged in the rest position of one of the movement directions (Y) on both sides of a flat section of the mount housing forming the stop for this movement direction (Y) characterised in that the stop to delimit the movement in one movement direction (Y) is arranged on the mount housing viewed from the direction of the engine in one movement direction (Y) before the mount body .
Closure arrangement for the opening of a refrigerator and / or freezer , comprising at least one first wall and at least one vacuum insulation panel , wherein the vacuum insulation panel is completely encased by a cured casting compound and fixed via this to the first wall , characterised in that the casting compound has a density following curing of between 1.1 and 1.8 g / cm 3 , in particular between 1.2 and 1.7 g / cm 3 , that the casting compound has a Shore D hardness according to DIN EN ISO 868 following casting of between 70 and 80, that the casting compound has a flexural modulus of elasticity according to DIN EN 178 following casting of between 1800 and 2500 MPa.
A lacing engine for an article of footwear , comprising: a processor ; a motor operatively coupled to the processor ; a transmission operatively coupled to the motor; a lace spool , operatively coupled to the transmission , wherein a lace is configured to be wound around the spool based on a turning of the lace spool from action by the motor; and a haptic generator, separate from the motor and configured to generate a haptic sensation that is perceptible by a wearer of the article of footwear, the haptic sensation associated with a user interface experience, wherein the lacing engine further comprises a printed circuit board, PCB, on which the haptic generator is positioned. a processor ; a motor operatively coupled to the processor ; a transmission operatively coupled to the motor; a lace spool , operatively coupled to the transmission , wherein a lace is configured to be wound around the spool based on a turning of the lace spool from action by the motor; and a haptic generator, separate from the motor and configured to generate a haptic sensation that is perceptible by a wearer of the article of footwear, the haptic sensation associated with a user interface experience, wherein the lacing engine further comprises a printed circuit board, PCB, on which the haptic generator is positioned.