mhurhangee/patent-ind-claim-en huggingface dataset:
A cell capture system comprising: an array defined on a broad face of a substrate , comprising: a plurality of parallel pores , each pore comprising: a chamber fluidly connected to an inlet channel configured to capture and hold a single cell , wherein each of a chamber length, chamber width and chamber depth is between 25 and 50 microns; and a pore channel fluidly connected to a portion of the chamber distal the inlet channel , the pore channel having a pore channel width between 7 and 10 microns and thereby configured to block egress of the single cell ; the inlet channel fluidly connected to each chamber of the plurality of parallel pores at a fluid ingress side; an outlet channel fluidly connected to the pore channels of the plurality of parallel pores at a fluid egress side; an inlet manifold , defined on the broad face of the substrate, fluidly connected to the inlet channel ; an outlet manifold , defined on the broad face of the substrate, fluidly connected to the outlet channel ; and characterized in that the cell capture system further comprises a cell removal tool configured to perforate the inlet channel and extract the contents of a pore . an array defined on a broad face of a substrate , comprising: a plurality of parallel pores , each pore comprising: a chamber fluidly connected to an inlet channel configured to capture and hold a single cell , wherein each of a chamber length, chamber width and chamber depth is between 25 and 50 microns; and a pore channel fluidly connected to a portion of the chamber distal the inlet channel , the pore channel having a pore channel width between 7 and 10 microns and thereby configured to block egress of the single cell ; a chamber fluidly connected to an inlet channel configured to capture and hold a single cell , wherein each of a chamber length, chamber width and chamber depth is between 25 and 50 microns; and a pore channel fluidly connected to a portion of the chamber distal the inlet channel , the pore channel having a pore channel width between 7 and 10 microns and thereby configured to block egress of the single cell ; the inlet channel fluidly connected to each chamber of the plurality of parallel pores at a fluid ingress side; an outlet channel fluidly connected to the pore channels of the plurality of parallel pores at a fluid egress side; an inlet manifold , defined on the broad face of the substrate, fluidly connected to the inlet channel ; an outlet manifold , defined on the broad face of the substrate, fluidly connected to the outlet channel ; and characterized in that the cell capture system further comprises a cell removal tool configured to perforate the inlet channel and extract the contents of a pore .
A vented module comprising: a housing portion having a drainage side and a drainage port within the drainage side ; and a flame arrestor comprising: a first surface having a fluid inlet ; a second surface having at least one fluid outlet ; a labyrinth channel extending from the fluid inlet to the at least one fluid outlet ; and at least one mesh screen disposed within the labyrinth channel; wherein the flame arrestor is attached to the housing portion such that the drainage port is aligned with the fluid inlet ; wherein the labyrinth channel comprises an inner surface ; and wherein the inner surface includes ribs ; characterized in that : a diameter (D) or a cross-sectional shape of the labyrinth channel varies from the fluid inlet to the at least one fluid outlet . a housing portion having a drainage side and a drainage port within the drainage side ; and a flame arrestor comprising: a first surface having a fluid inlet ; a second surface having at least one fluid outlet ; a labyrinth channel extending from the fluid inlet to the at least one fluid outlet ; and at least one mesh screen disposed within the labyrinth channel; a first surface having a fluid inlet ; a second surface having at least one fluid outlet ; a labyrinth channel extending from the fluid inlet to the at least one fluid outlet ; and at least one mesh screen disposed within the labyrinth channel; wherein the flame arrestor is attached to the housing portion such that the drainage port is aligned with the fluid inlet ; wherein the labyrinth channel comprises an inner surface ; and wherein the inner surface includes ribs ; characterized in that : a diameter (D) or a cross-sectional shape of the labyrinth channel varies from the fluid inlet to the at least one fluid outlet .
A scrap steel preheating type electric arc furnace, comprising an electric arc furnace body and an inclined scrap steel preheating chamber which is connected with the electric arc furnace body through a furnace body angular seal arranged at an outlet of a lower end and a sealing cover on the electric arc furnace body ; a dust removal pipe chamber is arranged at an upper end; a material blocking tooth rake for blocking scrap steel or controlling material falling is arranged at an interface side between the scrap steel preheating chamber and the electric arc furnace body ; and a driving mechanism for driving the material blocking tooth rake is correspondingly arranged on the material blocking tooth rake ; characterized in that , an included angle between the scrap steel preheating chamber and a horizontal plane is 30°to 65°and in that the electric arc furnace further comprises a cart ; the scrap steel preheating chamber is obliquely fixed to the cart ; the material blocking tooth rake is arranged on the cart or the scrap steel preheating chamber and penetrates through the scrap steel preheating chamber ; and one end of the driving mechanism is arranged on the cart .
A method of providing a medical balloon or a parison for forming a medical balloon with a radiopaque portion, comprising: inserting a mandrel and a radiopaque material into the medical balloon or the parison, wherein the mandrel is adapted to deposit the radiopaque material on an interior surface of the medical balloon or parison during an expanding step; and expanding the mandrel . inserting a mandrel and a radiopaque material into the medical balloon or the parison, wherein the mandrel is adapted to deposit the radiopaque material on an interior surface of the medical balloon or parison during an expanding step; and expanding the mandrel .
A road side unit, RSU, for use with a wireless telecommunications system, the RSU comprising: a transceiver ; and a controller ; wherein the controller is operable to control the transceiver to transmit signalling to a first terminal device identifying communication resources for use by the first terminal device in exchanging signalling with a second terminal device , wherein the communication resources identified by the signalling transmitted by the transceiver are selected by the controller from within a plurality of sets of communication resources, each set of communication resources being associated with a different respective range of possible speeds of the first terminal device as determined in accordance with a predetermined characteristic of the sets of communication resources, and wherein the communication resources of a particular set of communication resources are for use by the first terminal device in exchanging signalling with the second terminal device when the first terminal device is travelling at a speed which is within the range of possible speeds associated with that particular set of communication resources, wherein the signalling transmitted to the first terminal device identifies the communication resources of each of the plurality of sets of communication resources. a transceiver ; and a controller ; wherein the controller is operable to control the transceiver to transmit signalling to a first terminal device identifying communication resources for use by the first terminal device in exchanging signalling with a second terminal device , wherein the communication resources identified by the signalling transmitted by the transceiver are selected by the controller from within a plurality of sets of communication resources, each set of communication resources being associated with a different respective range of possible speeds of the first terminal device as determined in accordance with a predetermined characteristic of the sets of communication resources, and wherein the communication resources of a particular set of communication resources are for use by the first terminal device in exchanging signalling with the second terminal device when the first terminal device is travelling at a speed which is within the range of possible speeds associated with that particular set of communication resources, wherein the signalling transmitted to the first terminal device identifies the communication resources of each of the plurality of sets of communication resources.
A composition for use in treating a secondary multifocal metastatic cancer in the brain, wherein the composition comprises an isolated non-cancer stem cell selected from the group consisting of a mesenchymal stem cell (MSC), a neuronal stem cell, and an induced pluripotent stem cell, or population thereof, comprising infectious recombinant oncolytic herpes simplex virus (oHSV), wherein the composition is administered via intracarotid injection.
A washing machine comprising: - a treatment container including a boundary wall and a sump section , said sump section having a bottom wall and a lateral wall ; - a heater passing through the lateral wall of the sump section , so that the heater is divided by the lateral wall in a heater sump part housed within the treatment container and in a heater external part placed outside the treatment container , wherein: a. the heater sump part is adapted to heat water inside the sump section and it is cantilever-mounted, so that the heater sump part is supported only at the lateral wall without touching directly or indirectly the bottom wall of the sump section ; b. the heater external part comprises a first and a second electrical pin adapted to be connected to electrical cables and it is supported at the lateral wall ; characterized by - a supporting element located outside the treatment container , connected to the boundary wall of the treatment container and to a second location of the heater external part , to support the heater , wherein said heater external part is further supported at the second location and includes a first and a second arm terminating in the first and the second electrical pin , respectively, and the second location is positioned in one of said first or said second arm . - a treatment container including a boundary wall and a sump section , said sump section having a bottom wall and a lateral wall ; - a heater passing through the lateral wall of the sump section , so that the heater is divided by the lateral wall in a heater sump part housed within the treatment container and in a heater external part placed outside the treatment container , wherein: a. the heater sump part is adapted to heat water inside the sump section and it is cantilever-mounted, so that the heater sump part is supported only at the lateral wall without touching directly or indirectly the bottom wall of the sump section ; b. the heater external part comprises a first and a second electrical pin adapted to be connected to electrical cables and it is supported at the lateral wall ; characterized by a. the heater sump part is adapted to heat water inside the sump section and it is cantilever-mounted, so that the heater sump part is supported only at the lateral wall without touching directly or indirectly the bottom wall of the sump section ; b. the heater external part comprises a first and a second electrical pin adapted to be connected to electrical cables and it is supported at the lateral wall ; - a supporting element located outside the treatment container , connected to the boundary wall of the treatment container and to a second location of the heater external part , to support the heater ,
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: sending a non-access stratum, NAS, message to a radio access network, RAN, wherein the NAS message comprises an indication of a service the WTRU desires to use; in response to sending the NAS message to the RAN, receiving information from a network control entity that is to serve the WTRU for the service, wherein the network control entity is an initial network control entity that receives the NAS message from the RAN or an alternative network control entity that receives the NAS message after the initial network control entity determines that it is not to serve the WTRU for the service; and determining, based on the information received from the network control entity, slice information associated with one or more network slices assigned to the WTRU to receive the service. sending a non-access stratum, NAS, message to a radio access network, RAN, wherein the NAS message comprises an indication of a service the WTRU desires to use; in response to sending the NAS message to the RAN, receiving information from a network control entity that is to serve the WTRU for the service, wherein the network control entity is an initial network control entity that receives the NAS message from the RAN or an alternative network control entity that receives the NAS message after the initial network control entity determines that it is not to serve the WTRU for the service; and determining, based on the information received from the network control entity, slice information associated with one or more network slices assigned to the WTRU to receive the service.
An armrest assembly for a passenger seat comprising: a pivot member attached to a seat frame ; at least one armrest spine attached to the pivot member ; and at least one set screw for adjusting a position of the pivot member relative to the seat frame , characterized in that : a pivot fastener extends through a center hole (101.1) of the pivot member and through a first hole of the at least one armrest spine ; and a pin extends through an arc slot (101.2) of the pivot member and through a second hole of the at least one armrest spine . a pivot member attached to a seat frame ; at least one armrest spine attached to the pivot member ; and at least one set screw for adjusting a position of the pivot member relative to the seat frame , characterized in that : a pivot fastener extends through a center hole (101.1) of the pivot member and through a first hole of the at least one armrest spine ; and a pin extends through an arc slot (101.2) of the pivot member and through a second hole of the at least one armrest spine . a pivot fastener extends through a center hole (101.1) of the pivot member and through a first hole of the at least one armrest spine ; and a pin extends through an arc slot (101.2) of the pivot member and through a second hole of the at least one armrest spine .
A gas spring for a vehicle comprising a cylinder and a piston adapted to slide in said cylinder, said cylinder and said piston defining a chamber between one another, adapted to contain the gas under pressure, said gas spring comprising a safety device configured to allow the outflow of said gas under pressure from said chamber when the environmental temperature around said gas spring reaches a pre-set temperature characterised in that said safety device comprises a seal element and in that said cylinder comprises a hole bored so as to allow the communication of said chamber with the external environment, said seal element being housed in a sealed manner in said hole when said environmental temperature is lower than said pre-set threshold and said seal element slides out of said hole allowing the outflow of said gas from said cylinder when said environmental temperature is higher than said pre-set threshold.
An apparatus for carrying a board , the apparatus comprising: a belt for being worn by an individual about a waist of said individual; a bag fixed to said belt; a hook attached to said belt by a first strap and a second strap , said first strap extensive downwardly from said belt wherein said hook is positioned below said bag, wherein said first strap is adjustable for setting a vertical distance between said belt and said hook, and said second strap interconnecting said hook with said belt, wherein said first and second straps are joined at opposing ends of said hook; wherein said hook is U-shaped comprising a first leg proximal to the belt and a second leg distal to belt, wherein the first leg is curvilinear in conformation being bowed away from the second leg, the hook being thereby configured and shaped for receiving said board therein in contact with said board at only three mutually spaced apart points (A,B,C), wherein said hook is fabricated of spring temper metal, or of an elastic plastic or rubber, or a combination compound thereof so as to selectively provide for spring flexibility; wherein said bag has a downwardly facing entry from which said first strap is extendable, and wherein said bag is adapted for receiving said first and second straps and said hook through said downwardly facing entry of said bag, wherein a paddle clip is attached to said hook for holding a paddle in parallel alignment with said board. a belt for being worn by an individual about a waist of said individual; a bag fixed to said belt; a hook attached to said belt by a first strap and a second strap , said first strap extensive downwardly from said belt wherein said hook is positioned below said bag, wherein said first strap is adjustable for setting a vertical distance between said belt and said hook, and said second strap interconnecting said hook with said belt, wherein said first and second straps are joined at opposing ends of said hook; wherein said hook is U-shaped comprising a first leg proximal to the belt and a second leg distal to belt, wherein the first leg is curvilinear in conformation being bowed away from the second leg, the hook being thereby configured and shaped for receiving said board therein in contact with said board at only three mutually spaced apart points (A,B,C), wherein said hook is fabricated of spring temper metal, or of an elastic plastic or rubber, or a combination compound thereof so as to selectively provide for spring flexibility; wherein said bag has a downwardly facing entry from which said first strap is extendable, and wherein said bag is adapted for receiving said first and second straps and said hook through said downwardly facing entry of said bag, wherein a paddle clip is attached to said hook for holding a paddle in parallel alignment with said board.
A composite leather-based material for cladding components of a vehicle, comprising: - a leather layer having a predetermined thickness of less than 0.8 mm, a first external face and a second internal face; - a support layer made of a thermoplastic material in the form of a fabric or net having a predetermined thickness of about 0.4 mm, adherent to said second face of said leather layer; - a polyamide adhesive arranged between the leather layer and the support layer; whereby said composite material has a thickness of less than 1 mm and a specific weight that is less than or equal to 650 g/m 2 ; characterised in that said support layer is made of isotropic polyethersulfone (PESF). - a leather layer having a predetermined thickness of less than 0.8 mm, a first external face and a second internal face; - a support layer made of a thermoplastic material in the form of a fabric or net having a predetermined thickness of about 0.4 mm, adherent to said second face of said leather layer; - a polyamide adhesive arranged between the leather layer and the support layer; whereby said composite material has a thickness of less than 1 mm and a specific weight that is less than or equal to 650 g/m 2 ; characterised in that said support layer is made of isotropic polyethersulfone (PESF). whereby said composite material has a thickness of less than 1 mm and a specific weight that is less than or equal to 650 g/m 2 ; characterised in that said support layer is made of isotropic polyethersulfone (PESF).
Device for monitoring the vacuum quality of a vacuum circuit-breaker, characterized in that it comprises: - at least one rigid assembly comprising a first stationary conductive surface that is separated by an insulating layer from a second stationary conductive surface , thus forming a first capacitor having a set value, - an electronic circuit for measuring a variation in the voltage on said first capacitor that is representative of a change in state of the vacuum of the circuit-breaker, and characterized in that said first stationary conductive surface forms a second fixed capacitor , in combination with an electrically active element of the vacuum circuit-breaker. - at least one rigid assembly comprising a first stationary conductive surface that is separated by an insulating layer from a second stationary conductive surface , thus forming a first capacitor having a set value, - an electronic circuit for measuring a variation in the voltage on said first capacitor that is representative of a change in state of the vacuum of the circuit-breaker, and characterized in that said first stationary conductive surface forms a second fixed capacitor , in combination with an electrically active element of the vacuum circuit-breaker.
An apparatus for making freshly squeezed orange juice, comprising: a rotary material basket , a transportation guide device , a juicer , a water supply tank , a high pressure water pump , a pressure boosting device , a spraying transportation pipeline , a spraying pipeline , a spraying head , a movable filter , an orange juice collecting funnel , a filling control valve , a filling oval container , a filling transportation pipeline , a high pressure air pump , an air processing and purifying device , a high pressure air transportation pipeline , a bottle , a bottle container , a bottle guide device , a bottle transportation mechanism , a bottle transverse transportation mechanism , a bottle inlet position detecting device , a bottle filling position detecting device , a bottle capping position detecting device , a filling position liquid level detecting device , a bottle cap locking detecting device , an automatic capping mechanism , a liquid recycle guiding device , a liquid recycle bucket , a finished product receiving device , a UV sterilization device , a refrigerating system , a heat-insulating chamber , and a control center ; characterized in that , the rotary material basket is arranged at a top of the juicer and is connected with the juicer via the transportation guide device ; the water supply tank is arranged at a bottom of the heat-insulating chamber and is connected with the high pressure water pump via a pump inlet connecting pipeline ; the high pressure water pump is connected with the pressure boosting device via a pump outlet connecting pipeline ; the pressure boosting device is connected with the spraying pipeline via the spraying transportation pipeline ; the spraying head is arranged on the spraying pipeline ; the filling oval container is connected with and arranged below the filling control valve ; the orange juice collecting funnel is connected with and arranged above the filling control valve ; the orange juice collecting funnel is connected with a lower portion of an interior of the juicer via a fastener; the high pressure air pump is arranged at the bottom of the heat-insulating chamber and is connected with the air processing and purifying device via a pump outlet connecting pipeline ; the air processing and purifying device is connected to a junction between the filling oval container and the filling control valve via the high pressure air transportation pipeline ; the bottle is arranged in the bottle container ; the bottle container is arranged above the bottle transportation mechanism ; the liquid recycle guiding device is arranged below a bottle filling position ; the UV sterilization device is arranged at an upper portion of the heat-insulating chamber and is close to the rotary material basket .