mhurhangee/patent-ind-claim-en huggingface dataset:
An injection device for delivering an injection comprising: a housing having a longitudinal axis , a proximal end and a distal end, the housing being arranged such that the injection is delivered from its distal end; and a release mechanism comprising an impediment , the release mechanism being moveable between a first position, in which the impediment is in an impeding position so as to impede the delivery of the injection, and a second position, in which the impediment is in a non-impeding position so as to not impede the delivery of the injection, wherein the release mechanism is resiliently biased towards the first position, and wherein the release mechanism comprises a moveable sleeve , the sleeve protruding from the distal end of the housing and moving proximally along the longitudinal axis of the housing when moving the release mechanism from the first position to the second position, characterised in that the force required to move the release mechanism from the first position to the second position varies with the distance moved by the release mechanism, the variation in the force required with distance being represented by a force profile, which is non-linear, wherein the moveable sleeve comprises a resilient arm and the housing further comprises a camming surface inside the housing, the resilient arm being configured to ride along the camming surface as the moveable sleeve moves from the first position to the second position, wherein the combination of the resilient member and the camming surface is configured to produce the force profile. a housing having a longitudinal axis , a proximal end and a distal end, the housing being arranged such that the injection is delivered from its distal end; and a release mechanism comprising an impediment , the release mechanism being moveable between a first position, in which the impediment is in an impeding position so as to impede the delivery of the injection, and a second position, in which the impediment is in a non-impeding position so as to not impede the delivery of the injection, wherein the release mechanism is resiliently biased towards the first position, and wherein the release mechanism comprises a moveable sleeve , the sleeve protruding from the distal end of the housing and moving proximally along the longitudinal axis of the housing when moving the release mechanism from the first position to the second position, characterised in that the force required to move the release mechanism from the first position to the second position varies with the distance moved by the release mechanism, the variation in the force required with distance being represented by a force profile, which is non-linear, wherein the moveable sleeve comprises a resilient arm and the housing further comprises a camming surface inside the housing, the resilient arm being configured to ride along the camming surface as the moveable sleeve moves from the first position to the second position, wherein the combination of the resilient member and the camming surface is configured to produce the force profile.
A testing method for a DC circuit breaker to verify a current breaking performance using a testing device comprising a current source circuit (A) and a voltage source circuit (B), the method comprising: supplying an AC current from at least the current source circuit (A) to the DC circuit breaker ; breaking the current by the DC circuit breaker at a time the current becomes equivalent to a fault current due to a system accident in a DC system; and applying a voltage to the DC circuit breaker , before the current breaking, by connecting the voltage source circuit (B) to the DC circuit breaker , and applying a predetermined recovery voltage from the voltage source circuit (B) simultaneously with the current breaking, wherein: the voltage source circuit (B) comprises a capacitor serving as a voltage source; and the connection of the voltage source circuit (B) to the DC circuit breaker is set to be a timing immediately before the current breaking, wherein the timing immediately before the current breaking means the timing at which the voltage source circuit (B) is capable of applying, to the DC circuit breaker , the predetermined recovery voltage, at a time of the current breaking, characterized in that : the current source circuit (A) supplies an AC current less than a current equivalent to the fault current to the DC circuit breaker ; and the voltage source circuit (B) is connected to the DC circuit breaker before the current breaking by the DC circuit breaker , to superimpose a current from the voltage source circuit (B) on the current of the current source circuit (A) to obtain the current equivalent to the fault current, and to apply a voltage to the DC circuit breaker . supplying an AC current from at least the current source circuit (A) to the DC circuit breaker ; breaking the current by the DC circuit breaker at a time the current becomes equivalent to a fault current due to a system accident in a DC system; and applying a voltage to the DC circuit breaker , before the current breaking, by connecting the voltage source circuit (B) to the DC circuit breaker , and applying a predetermined recovery voltage from the voltage source circuit (B) simultaneously with the current breaking, the voltage source circuit (B) comprises a capacitor serving as a voltage source; and the connection of the voltage source circuit (B) to the DC circuit breaker is set to be a timing immediately before the current breaking, wherein the timing immediately before the current breaking means the timing at which the voltage source circuit (B) is capable of applying, to the DC circuit breaker , the predetermined recovery voltage, at a time of the current breaking, the current source circuit (A) supplies an AC current less than a current equivalent to the fault current to the DC circuit breaker ; and the voltage source circuit (B) is connected to the DC circuit breaker before the current breaking by the DC circuit breaker , to superimpose a current from the voltage source circuit (B) on the current of the current source circuit (A) to obtain the current equivalent to the fault current, and to apply a voltage to the DC circuit breaker .
Networked dental furnaces, comprising - several dental furnace housings , wherein each dental furnace housing comprises at least one combustion chamber , and wherein at least two of the combustion chambers are evacuable, - a vacuum pump , - a controllable distribution unit connected on the one hand to the vacuum pump and on the other hand to the evacuable combustion chambers , and - a control unit for controlling the distribution unit according to commands given by a user. - several dental furnace housings , wherein each dental furnace housing comprises at least one combustion chamber , and wherein at least two of the combustion chambers are evacuable, - a vacuum pump , - a controllable distribution unit connected on the one hand to the vacuum pump and on the other hand to the evacuable combustion chambers , and - a control unit for controlling the distribution unit according to commands given by a user.
A gasification furnace for gasifying biomass resources, the gasification furnace comprising: a punching plate dividing inside of the gasification furnace into upper and lower spaces; a biomass resource supply port supplying biomass resources on the punching plate ; a first oxidizer supply port and a second oxidizer supply port each supplying oxidizer into the gasification furnace ; a first oxidizer supply path supplying oxidizer, which is supplied from the first oxidizer supply port , from upper region of the punching plate downward; a second oxidizer supply path ; and a dry distillation gas outlet discharging dry distillation gas generated by partial oxidation and pyrolysis of biomass resources on the punching plate , characterized in that the second oxidizer supply path includes a plurality of circular pipes arranged below the punching plate to distribute oxidizer supplied from the second oxidizer supply port to a plurality of places below the punching plate . the second oxidizer supply path includes a plurality of pipes each of which has a plurality of through holes on its side surface, and passes through the punching plate , the second oxidizer supply path distributing oxidizer supplied from the second oxidizer supply port to a plurality of places within a bottom layer of the biomass resources that is piled up on the punching plate . a punching plate dividing inside of the gasification furnace into upper and lower spaces; a biomass resource supply port supplying biomass resources on the punching plate ; a first oxidizer supply port and a second oxidizer supply port each supplying oxidizer into the gasification furnace ; a first oxidizer supply path supplying oxidizer, which is supplied from the first oxidizer supply port , from upper region of the punching plate downward; a second oxidizer supply path ; and a dry distillation gas outlet discharging dry distillation gas generated by partial oxidation and pyrolysis of biomass resources on the punching plate , characterized in that the second oxidizer supply path includes a plurality of circular pipes arranged below the punching plate to distribute oxidizer supplied from the second oxidizer supply port to a plurality of places below the punching plate . the second oxidizer supply path includes a plurality of pipes each of which has a plurality of through holes on its side surface, and passes through the punching plate , the second oxidizer supply path distributing oxidizer supplied from the second oxidizer supply port to a plurality of places within a bottom layer of the biomass resources that is piled up on the punching plate .
Module for absorbing a soundwave comprising a perforated central conduit , wherein a soundwave is intended to be propagated, a casing extending at a distance and facing the central conduit coaxially, and an absorption chamber partially delimited by the central conduit and the casing, characterised in that it further comprises an elastically deformable pocket positioned in the absorption chamber so as to surround at least partially the central conduit, the pocket containing an absorption fluid .
Monolithic weighing system , comprising a plurality of levers , which are joined together by thin-section joints , wherein the levers , on the one hand, and the thin-section joints , on the other hand, are made of different materials or of different material combinations, and the levers adjoining one of the thin-section joints on both sides thereof comprise a first material , and the thin-section joint comprises a second material , which is different from the first material , produced by - an additive manufacturing method, in which different materials, including said first and second materials , are applied in layers and are joined to form a single-piece weighing system blank , wherein the weighing system blank has prospective lever regions and prospective thin-section joint regions , and - a subsequent subtractive finishing of the weighing system blank at least on the prospective thin-section joint regions , to produce the weighing system . comprising a plurality of levers , which are joined together by thin-section joints , wherein the levers , on the one hand, and the thin-section joints , on the other hand, are made of different materials or of different material combinations, and the levers adjoining one of the thin-section joints on both sides thereof comprise a first material , and the thin-section joint comprises a second material , which is different from the first material , produced by - an additive manufacturing method, in which different materials, including said first and second materials , are applied in layers and are joined to form a single-piece weighing system blank , wherein the weighing system blank has prospective lever regions and prospective thin-section joint regions , and - a subsequent subtractive finishing of the weighing system blank at least on the prospective thin-section joint regions , to produce the weighing system . - an additive manufacturing method, in which different materials, including said first and second materials , are applied in layers and are joined to form a single-piece weighing system blank , wherein the weighing system blank has prospective lever regions and prospective thin-section joint regions , and - a subsequent subtractive finishing of the weighing system blank at least on the prospective thin-section joint regions , to produce the weighing system .
A semiconductor device comprising a bus ; a master configured to issue access requests including a read request and a write request to a memory ; a memory controller which is coupled to the master through said bus, and which is configured to access the memory in accordance with the access requests; a cache which is arranged between the memory controller and the master, and configured to, when the access request is a write request, cache this write request; a first access control unit configured to perform first access control by controlling output of the read request issued by the master to the memory controller and output of the write request cached in the cache to the memory controller; and a second access control unit configured to perform second access control by controlling output of the write request issued by the master to the memory controller , wherein the second access control unit is configured to perform the second access control in accordance with a free situation of the cache, characterized in that : the bus includes a read request bus configured to transmit the read request and a write request bus configured to transmit the write request, the first access control unit includes a read sub-bus controller including a read request issue control unit configured to receive the read request from the master through the read request bus , a first write sub-bus controller including a first write request issue control unit configured to receive the write request from the cache through the write request bus between the cache and the memory controller , and a first central bus control system configured to perform the first access control using the read sub-bus controller and the first write sub-bus controller, and wherein the second access control unit includes a second write sub-bus controller including a second write request issue control unit configured to receive the write request from the master throuqh the write request bus , and a second central bus control system configured to perform the second access control using the second write sub-bus controller. the bus includes a read request bus configured to transmit the read request and a write request bus configured to transmit the write request, the first access control unit includes a read sub-bus controller including a read request issue control unit configured to receive the read request from the master through the read request bus , a first write sub-bus controller including a first write request issue control unit configured to receive the write request from the cache through the write request bus between the cache and the memory controller , and a first central bus control system configured to perform the first access control using the read sub-bus controller and the first write sub-bus controller, and wherein the second access control unit includes a second write sub-bus controller including a second write request issue control unit configured to receive the write request from the master throuqh the write request bus , and a second central bus control system configured to perform the second access control using the second write sub-bus controller.
Base lower part for an electroinstallation device, e.g. an electrical plug socket, comprising a base and a support ring , wherein the support ring is fastened to the base with two flange bushes arranged on the support ring circumference, wherein the flange bushes extend through openings of the support ring , and the support ring is fixed on the base by means of a flange collar created on the flange bushes on the ends of the same facing away from the base and by means of a first contact section of the flange bush , wherein the first contact section lies against the base on the lower side of the same facing away from the flange collar , characterized in that a second contact section is formed on the flange bush in such a manner that the support ring with its support ring lower side facing away from the flange collar directly abuts against the second contact section , wherein the second contact section is formed on the circumference of the flange bush in such a manner that it engages under the passage opening of the support ring on the edge side and is formed of two extensions formed on the circumference of the flange bush offset by 180° to one another.
A refrigerator comprising: an inner case that defines a storage space; and an outer case spaced apart a distance from the inner case , the outer case and the inner case defining, between the outer case and the inner case , a vacuum space that is maintained at a partial vacuum pressure and that is configured to insulate the inner case from the outer case ; characterized in that the refrigerator further comprises a liquid-gas interchanger that is arranged in the vacuum space and that is configured to facilitate heat exchange between refrigerant exhausted from an evaporator and refrigerant exhausted from a condenser , wherein a first pipe end and a second pipe end of the liquid-gas interchanger are welded to the inner case and the outer case , respectively, and wherein the liquid-gas interchanger is spaced apart from the inner case and the outer case , except the welded portion of the pipe ends. an inner case that defines a storage space; and an outer case spaced apart a distance from the inner case , the outer case and the inner case defining, between the outer case and the inner case , a vacuum space that is maintained at a partial vacuum pressure and that is configured to insulate the inner case from the outer case ; characterized in that the refrigerator further comprises a liquid-gas interchanger that is arranged in the vacuum space and that is configured to facilitate heat exchange between refrigerant exhausted from an evaporator and refrigerant exhausted from a condenser , wherein a first pipe end and a second pipe end of the liquid-gas interchanger are welded to the inner case and the outer case , respectively, and wherein the liquid-gas interchanger is spaced apart from the inner case and the outer case , except the welded portion of the pipe ends.
An end section for a tow bar assembly for a vehicle, said end section comprising a vehicle connection portion adapted to be connected to said vehicle and a tow bar connection portion adapted to be connected to a tow bar , and at least a first support element and a second support element being connected to and extending between said vehicle connection portion and said tow bar connection portion , characterized in that said end section comprises a third support element being connected to and extending between said first and said second support elements such that a box structure is formed, said vehicle connection portion is arranged substantially parallel to a rear wall of said vehicle, and said tow bar connection portion is arranged adjacent and substantially parallel to the end of said tow bar . characterized in that said end section comprises a third support element being connected to and extending between said first and said second support elements such that a box structure is formed, said vehicle connection portion is arranged substantially parallel to a rear wall of said vehicle, and said tow bar connection portion is arranged adjacent and substantially parallel to the end of said tow bar .
A hair cutting device for cutting hair on a body of a subject, the hair cutting device comprising: a light source for generating laser light at one or more specific wavelengths corresponding to wavelengths absorbed by one or more chromophores in hair; a cutting element that comprises an optical waveguide that is coupled to the light source to receive laser light and a guard structure that comprises: one or more guard elements , wherein the one or more guard elements are arranged such that in use the one or more guard elements space the optical waveguide from the skin of the subject, characterized in that a portion of a sidewall of the optical waveguide forms a cutting face for contacting hair; and in that the one or more guard elements are shaped and/or formed to minimise or reduce the coupling of light from the optical waveguide to the guard structure . a light source for generating laser light at one or more specific wavelengths corresponding to wavelengths absorbed by one or more chromophores in hair; a cutting element that comprises an optical waveguide that is coupled to the light source to receive laser light and a guard structure that comprises: one or more guard elements , wherein the one or more guard elements are arranged such that in use the one or more guard elements space the optical waveguide from the skin of the subject, characterized in that a portion of a sidewall of the optical waveguide forms a cutting face for contacting hair; and in that the one or more guard elements are shaped and/or formed to minimise or reduce the coupling of light from the optical waveguide to the guard structure . one or more guard elements , wherein the one or more guard elements are arranged such that in use the one or more guard elements space the optical waveguide from the skin of the subject, characterized in that a portion of a sidewall of the optical waveguide forms a cutting face for contacting hair; and in that the one or more guard elements are shaped and/or formed to minimise or reduce the coupling of light from the optical waveguide to the guard structure .
A microfluidic device comprising: a plastic substrate having a first surface and a second surface, the first and second surfaces disposed on opposite sides of the plastic substrate; a sensor having a first surface and a second surface, the first surface comprising an electronic circuit layer; and a lamination film ; wherein the first surface of the plastic substrate comprises an input recessed groove and an output recessed groove , wherein the second surface of the plastic substrate comprises a recessed cavity , wherein the lamination film is adhered to the first surface of the plastic substrate and covers the input recessed groove and the output recessed groove , such that an input closed channel is formed by the lamination film and the input recessed groove and an output closed channel is formed by the lamination film and the output recessed groove , wherein the sensor covers the recessed cavity , such that a flow cell is formed by the first surface of the sensor and the recessed cavity , wherein the input closed channel is fluidly connected with the flow cell , and wherein the output closed channel is fluidly connected with the flow cell . a plastic substrate having a first surface and a second surface, the first and second surfaces disposed on opposite sides of the plastic substrate; a sensor having a first surface and a second surface, the first surface comprising an electronic circuit layer; and a lamination film ; wherein the first surface of the plastic substrate comprises an input recessed groove and an output recessed groove , wherein the second surface of the plastic substrate comprises a recessed cavity , wherein the lamination film is adhered to the first surface of the plastic substrate and covers the input recessed groove and the output recessed groove , such that an input closed channel is formed by the lamination film and the input recessed groove and an output closed channel is formed by the lamination film and the output recessed groove , wherein the sensor covers the recessed cavity , such that a flow cell is formed by the first surface of the sensor and the recessed cavity , wherein the input closed channel is fluidly connected with the flow cell , and wherein the output closed channel is fluidly connected with the flow cell .