mhurhangee/patent-ind-claim-en huggingface dataset:
A crushing segment forming a part of a crushing roll of a roll crusher , the segment comprising: a main body provided or mountable at a crushing roll , the main body having at least one tooth mount region defined by a first mount face of the main body; a crushing tooth having a second mount face mountable at the tooth mount region via positionally opposed mating contact between the first and second mount faces; a mechanical attachment to releasably attach the crushing tooth to the mount region ; a filler material interposed between and extending over a majority of each of the positionally opposed first and second mount faces, the majority of the first and second mount faces in frictional mating contact via the interposed filler material . characterised by : the mount region comprises stepped sections which defines a rib or ribbed section extending along the mount region , the mount region further comprises a jib projecting outwardly from the main body and the crushing tooth comprises a cavity having a shape profile complementary to that of the jib to enable the jib to be seated within the cavity , the jib and the cavity defining at least a part of the respective first and second mount face. a main body provided or mountable at a crushing roll , the main body having at least one tooth mount region defined by a first mount face of the main body; a crushing tooth having a second mount face mountable at the tooth mount region via positionally opposed mating contact between the first and second mount faces; a mechanical attachment to releasably attach the crushing tooth to the mount region ; a filler material interposed between and extending over a majority of each of the positionally opposed first and second mount faces, the majority of the first and second mount faces in frictional mating contact via the interposed filler material . characterised by : the mount region comprises stepped sections which defines a rib or ribbed section extending along the mount region , the mount region further comprises a jib projecting outwardly from the main body and the crushing tooth comprises a cavity having a shape profile complementary to that of the jib to enable the jib to be seated within the cavity , the jib and the cavity defining at least a part of the respective first and second mount face.
Use of a textile reinforcement complex, comprising a stack of textile layers, which comprises an intermediate layer comprising: • an assembly of weft yarns ; • and an assembly of warp yarns associated in pairs, each pair comprising two yarns of different type, one at least of which is based on high-tenacity yarns, the two yarns of a same pair being woven with the weft yarns in a "leno" weave. so that said intermediate layer has a draining role within the complex, as a reinforcing layer for manufacturing composite materials by infusion techniques where a polymer resin is introduced into a mold at specific points and displaces within or around the fibrous layers towards suction points. • an assembly of weft yarns ; • and an assembly of warp yarns associated in pairs, each pair comprising two yarns of different type, one at least of which is based on high-tenacity yarns, the two yarns of a same pair being woven with the weft yarns in a "leno" weave.
A gas stove , comprising a gas valve , which has an actuation stem for actuating the gas valve , an actuation knob for actuating the actuation stem , and a connection element , which couples the actuation knob to the actuation stem , wherein the actuation knob is connected to the connection element in a form-locking manner, so that the actuation knob is removable from the gas stove for maintenance purposes, wherein the gas stove further comprises a top sheet , wherein the top sheet comprises a front side , which is assigned to the actuation knob , and a back side , which is assigned to the gas valve , wherein the top sheet has a breakthrough , through which the connection element is at least partly guided, and wherein the connection element comprises a cone-shaped basic section that is at least partly received in the breakthrough .
A system comprising: at least one processor ; and memory coupled to the at least one processor, the memory comprising computer executable instructions that, when executed by the at least one processor, performs a method for conditionally authorizing access to an isolated collection of data, the method comprising: receiving a request to access an isolated collection of data from a requestor, wherein the isolated collection of data comprises resource identifiers, wherein each resource identifier references a resource, and wherein access to the isolated collection of data is based on a set of conditions; monitoring the set of conditions; determining whether the requestor satisfied the set of conditions, comprising evaluating a permission set; and when it is determined that the set of conditions is satisfied by the requestor, providing access to the isolated collection of data, wherein permissions of the isolated collection of data are separate and distinct from permissions of resources identified by the resource identifiers. at least one processor ; and memory coupled to the at least one processor, the memory comprising computer executable instructions that, when executed by the at least one processor, performs a method for conditionally authorizing access to an isolated collection of data, the method comprising: receiving a request to access an isolated collection of data from a requestor, wherein the isolated collection of data comprises resource identifiers, wherein each resource identifier references a resource, and wherein access to the isolated collection of data is based on a set of conditions; monitoring the set of conditions; determining whether the requestor satisfied the set of conditions, comprising evaluating a permission set; and when it is determined that the set of conditions is satisfied by the requestor, providing access to the isolated collection of data, wherein permissions of the isolated collection of data are separate and distinct from permissions of resources identified by the resource identifiers. receiving a request to access an isolated collection of data from a requestor, wherein the isolated collection of data comprises resource identifiers, wherein each resource identifier references a resource, and wherein access to the isolated collection of data is based on a set of conditions; monitoring the set of conditions; determining whether the requestor satisfied the set of conditions, comprising evaluating a permission set; and when it is determined that the set of conditions is satisfied by the requestor, providing access to the isolated collection of data, wherein permissions of the isolated collection of data are separate and distinct from permissions of resources identified by the resource identifiers.
A hydraulic valve for dampening pressure spikes, comprising: a spool configured to move axially inside the hydraulic valve ; a sleeve configured to at least partially house the spool , wherein a location of the spool with respect to the sleeve determines a flow of a working fluid (F E , F D ) through the hydraulic valve ; and a viscous damper at least partially housed inside an opening in the spool , wherein a viscous friction between the viscous damper and the opening in the spool slows a motion of the spool , wherein the viscous damper comprises a self-centering feature configured to align the viscous damper with an axial direction of the spool , and wherein the self-centering feature comprises a round end that is spherical, elliptical or conical, characterized in that the round end is seated against correspondingly shaped surface of an end cap . a spool configured to move axially inside the hydraulic valve ; a sleeve configured to at least partially house the spool , wherein a location of the spool with respect to the sleeve determines a flow of a working fluid (F E , F D ) through the hydraulic valve ; and a viscous damper at least partially housed inside an opening in the spool , wherein a viscous friction between the viscous damper and the opening in the spool slows a motion of the spool , wherein the viscous damper comprises a self-centering feature configured to align the viscous damper with an axial direction of the spool , and wherein the self-centering feature comprises a round end that is spherical, elliptical or conical, characterized in that the round end is seated against correspondingly shaped surface of an end cap .
A synergistic herbicidal composition, comprising an active ingredient A and an active ingredient B in a herbicidally effective amount, wherein, the active ingredient A is the active ingredient B is one or more compounds selected from: 2-methyl-4-chlorophenoxy acetic acid (MCPA), MCPA-thioethyl, MCPA-Na, MCPA-isooctyl, MCPA-dimethylammonium, 2,4-dichlorophenoxyacetic acid (2,4-D), 2,4-D butyl ester, 2,4-D isooctyl ester, fluroxypyr, fluroxypr-mepthyl, halauxifen-methyl, bromoxynil, bromoxynil octanoate, isoproturon, chlorotoluron, diflufenican, picolinafen, carfentrazone, fluoroglycofen, fenothiocarb, clodinafop, clodinafop-propargyl, tralkoxydim, halosulfuron-methyl, mesosulfuron-methyl, flucarbazone-sodium, metribuzin, prometryn, terbutryn, florasulam, pyroxsulam, pinoxaden, and bentazon. wherein, the active ingredient A is the active ingredient B is one or more compounds selected from: 2-methyl-4-chlorophenoxy acetic acid (MCPA), MCPA-thioethyl, MCPA-Na, MCPA-isooctyl, MCPA-dimethylammonium, 2,4-dichlorophenoxyacetic acid (2,4-D), 2,4-D butyl ester, 2,4-D isooctyl ester, fluroxypyr, fluroxypr-mepthyl, halauxifen-methyl, bromoxynil, bromoxynil octanoate, isoproturon, chlorotoluron, diflufenican, picolinafen, carfentrazone, fluoroglycofen, fenothiocarb, clodinafop, clodinafop-propargyl, tralkoxydim, halosulfuron-methyl, mesosulfuron-methyl, flucarbazone-sodium, metribuzin, prometryn, terbutryn, florasulam, pyroxsulam, pinoxaden, and bentazon.
A method of mounting a foldable bunk to a substantially vertical wall in a vehicle, hinges being provided between the bunk and the wall for allowing a pivoting movement of the bunk between a first, substantially horizontal use position and a second position folded-up against the wall, each hinge comprising a wall member (4; 4A) attached to the wall, a bunk member (5; 5A) attached to the bunk, and a generally circular axle member (6; 6A) for rotatably connecting the bunk member to the wall member, wherein the axle member (6; 6A) is fixedly attached to the bunk member (5; 5A) and wherein the axle member (6; 6A) has flat portions (12; 12A) for enabling insertion of the axle member into circular holes through slots (10; 10A) in the wall member (4; 4A), the slots (10; 10A) having a width corresponding to the smallest cross-section of the axle member created by the flat portions (12; 12A), , wherein the circular holes are arranged in parallel portions of side-walls of the wall member and the slots in portions of the side-walls extending away from each other in a conical way, wherein the mounting is accomplished with the bunk in a third position outside the pivot area between the first and second positions by the orientation of the flat portions (12; 12A) in relation to the slots (10; 10A).
An implantable tissue repair device comprising: a body comprising a biocompatible hydrogel; and a rigid support at least partly located within the body or device , or connected to the body or device , characterised in that the body further comprises at least one layer of fibres and the device further comprises one or more threads stitched to the fibre layer and to and/or through the support .
An article of clothing incorporating apparatus for selectively destroying dividing cells in a target area of tissue, the dividing cells having polarizable or polar or charged intracellular members, the article of clothing comprising: a first insulated electrode (230; 1210) having a first conductor and a first dielectric member that is in contact with the first conductor, the first dielectric member being for placement against the tissue to form a capacitor; a second insulated electrode (230; 1200) having a second conductor and a second dielectric member that is in contact with the second conductor, the second dielectric member being for placement against the tissue to form a capacitor; and an electric field source connected to the first and second electrodes (230; 1210, 1200) for applying an alternating electric potential difference across the first and second conductors, wherein passage of the electric field through the dividing cells in late anaphase or telophase transforms the electric field into a non-homogenous electric field that produces an increased density electric field in a region of a cleavage furrow of the dividing cells, wherein the electric field source comprises a generator that generates an alternating voltage waveform at frequencies between 50 kHz to 500 kHz, whereby the non-homogeneous electric field produced within the dividing cells is of sufficient intensity to move the polarizable or charged intracellular members towards the cleavage furrow, and the voltage waveform generated by the generator is adapted to provide an electric field intensity in the tissue be treated of between 0.1 V/cm to 10.0 V/cm. a first insulated electrode (230; 1210) having a first conductor and a first dielectric member that is in contact with the first conductor, the first dielectric member being for placement against the tissue to form a capacitor; a second insulated electrode (230; 1200) having a second conductor and a second dielectric member that is in contact with the second conductor, the second dielectric member being for placement against the tissue to form a capacitor; and an electric field source connected to the first and second electrodes (230; 1210, 1200) for applying an alternating electric potential difference across the first and second conductors, wherein passage of the electric field through the dividing cells in late anaphase or telophase transforms the electric field into a non-homogenous electric field that produces an increased density electric field in a region of a cleavage furrow of the dividing cells, wherein the electric field source comprises a generator that generates an alternating voltage waveform at frequencies between 50 kHz to 500 kHz, whereby the non-homogeneous electric field produced within the dividing cells is of sufficient intensity to move the polarizable or charged intracellular members towards the cleavage furrow, and the voltage waveform generated by the generator is adapted to provide an electric field intensity in the tissue be treated of between 0.1 V/cm to 10.0 V/cm.
A method for protecting private information performed by a terminal device, the method comprising: • when detecting an unlock operation, first displaying a first interface after unlocking, wherein the first interface is an interface last displayed before the terminal device locks a screen (S 910); and • when detecting a special unlock operation, first displaying a second interface after unlocking, wherein the special unlock operation comprises a combination of the unlock operation and an additional operation, and the second interface is different from the first interface (S 911), • wherein the additional operation comprises an additional operation in a process of the unlock operation, wherein the unlock operation comprises inputting a preset password, and the additional operation comprises pressing any password key of the preset password with a strength exceeding a preset strength. • when detecting an unlock operation, first displaying a first interface after unlocking, wherein the first interface is an interface last displayed before the terminal device locks a screen (S 910); and • when detecting a special unlock operation, first displaying a second interface after unlocking, wherein the special unlock operation comprises a combination of the unlock operation and an additional operation, and the second interface is different from the first interface (S 911), • wherein the additional operation comprises an additional operation in a process of the unlock operation,
A solid-state laser-based device comprising: a solid-state gain medium based widely tunable laser for emitting light, the solid-state gain medium comprising a III-V semiconductor based gain chip hybridly or heterogeneously integrated onto a group-IV semiconductor photonic integrated circuit chip ; a wavelength shift tracking device for tracking a wavelength shift of the emitted light, wherein the wavelength shift tracking device comprises a non-balanced interferometer and at least one photodetector; and a solid-state based etalon comprising an optical element having at least one of an unambiguous transmission spectrum or an unambiguous reflection spectrum, wherein, (i) the solid-state based etalon and wavelength shift tracking device are configured such that, during a wavelength sweep of the widely tunable laser, the solid-state based etalon and wavelength shift tracking device are configured to cooperate to provide absolute wavelength determination and control of the widely tunable laser, and (ii) the solid-state gain medium based widely tunable laser, wavelength shift tracking device, and solid-state based etalon are monolithically realized within a single semiconductor chip. a solid-state gain medium based widely tunable laser for emitting light, the solid-state gain medium comprising a III-V semiconductor based gain chip hybridly or heterogeneously integrated onto a group-IV semiconductor photonic integrated circuit chip ; a wavelength shift tracking device for tracking a wavelength shift of the emitted light, wherein the wavelength shift tracking device comprises a non-balanced interferometer and at least one photodetector; and a solid-state based etalon comprising an optical element having at least one of an unambiguous transmission spectrum or an unambiguous reflection spectrum, wherein, (i) the solid-state based etalon and wavelength shift tracking device are configured such that, during a wavelength sweep of the widely tunable laser, the solid-state based etalon and wavelength shift tracking device are configured to cooperate to provide absolute wavelength determination and control of the widely tunable laser, and (ii) the solid-state gain medium based widely tunable laser, wavelength shift tracking device, and solid-state based etalon are monolithically realized within a single semiconductor chip.
A method of sharing information related to a home device at a first user device in a home network system, the method comprising: performing a registration procedure with the home device ; acquiring a unique user identifier, UUID, of a related home device , a peer ID, peerlD, for identifying the related home device , the peerlD being managed by a connectivity server configured to manage a connection between the first user device and the related home device , a peer group ID, peerGroupID, for identifying a group that includes home devices registered in a service server configured to manage device information on the related home device , and a device token containing information on a key for authenticating access to the related home device ; and transmitting the UUID, the peerlD, the peerGroupID, and the device token to at least one second user device , wherein the at least one second user device is a user device that has not been registered with the home device among a plurality of user devices included in the home network system. performing a registration procedure with the home device ; acquiring a unique user identifier, UUID, of a related home device , a peer ID, peerlD, for identifying the related home device , the peerlD being managed by a connectivity server configured to manage a connection between the first user device and the related home device , a peer group ID, peerGroupID, for identifying a group that includes home devices registered in a service server configured to manage device information on the related home device , and a device token containing information on a key for authenticating access to the related home device ; and transmitting the UUID, the peerlD, the peerGroupID, and the device token to at least one second user device , wherein the at least one second user device is a user device that has not been registered with the home device among a plurality of user devices included in the home network system.
A system comprising: a cable, a cold shrinkable cable terminal mounted on the cable to be terminated, the cable having a cable joint at one end thereof, the cable joint comprising a conductor core , an inner insulation layer covered on the conductor core , and a conductive shielding layer covered on the inner insulation layer , and the cold shrinkable cable terminal comprising: a terminal body fixed to the cable joint ; characterized in that the system further comprises a composite void filling mastic at least covering an incision of the exposed conductive shielding layer , the composite void filling mastic comprises a filling layer being in contact with the cable joint , wherein the filling layer is made of material comprising silicone rubber, and the filling layer has a dielectric constant within a range of 10-50; and a separating layer located between the filling layer and the terminal body and made of material different from the terminal body , wherein the separating layer is made of rubber material based hydrocarbon or of at least one of ethylene propylene diene monomer, thermoplastic ethylene propylene rubber, polyisobutylene, and polyisoprene. a terminal body fixed to the cable joint ; characterized in that the system further comprises a composite void filling mastic at least covering an incision of the exposed conductive shielding layer , the composite void filling mastic comprises a filling layer being in contact with the cable joint , wherein the filling layer is made of material comprising silicone rubber, and the filling layer has a dielectric constant within a range of 10-50; and a separating layer located between the filling layer and the terminal body and made of material different from the terminal body , wherein the separating layer is made of rubber material based hydrocarbon or of at least one of ethylene propylene diene monomer, thermoplastic ethylene propylene rubber, polyisobutylene, and polyisoprene. a filling layer being in contact with the cable joint , wherein the filling layer is made of material comprising silicone rubber, and the filling layer has a dielectric constant within a range of 10-50; and a separating layer located between the filling layer and the terminal body and made of material different from the terminal body , wherein the separating layer is made of rubber material based hydrocarbon or of at least one of ethylene propylene diene monomer, thermoplastic ethylene propylene rubber, polyisobutylene, and polyisoprene.