mhurhangee/patent-ind-claim-en huggingface dataset:
An atomizer for an inhaler, comprising: a housing comprising a first housing and a second housing , the first housing being at least partially positioned in the second housing , the first housing defining an air flow passage therein; the first housing and the second housing forming a liquid reservoir therebetween for storing liquid; a gasket sleeved on the first housing , the gasket defining a liquid conducting hole in communication with the liquid reservoir ; a liquid absorbing sheet sleeved on the first housing in contact with the gasket , the liquid absorbing sheet being configured to absorb the liquid in the liquid reservoir via the liquid conducting hole ; a wick in contact with the liquid absorbing sheet and configured to draw the liquid from the liquid absorbing sheet ; and an atomizing element fixed to the wick and configured to atomize the liquid in the wick ; characterized in that the atomizer further comprises an atomizing base defining an atomizing cavity , the wick is located in the atomizing cavity , the wick comprises a plurality of fiber filaments ; the plurality of fiber filaments located at the end of the wick are separated; at least part of the ends of the plurality of fiber filaments are in contact with the liquid absorbing sheet , the other ends of the plurality of fiber filaments are clamped between the atomizing base and the liquid absorbing sheet . a housing comprising a first housing and a second housing , the first housing being at least partially positioned in the second housing , the first housing defining an air flow passage therein; the first housing and the second housing forming a liquid reservoir therebetween for storing liquid; a gasket sleeved on the first housing , the gasket defining a liquid conducting hole in communication with the liquid reservoir ; a liquid absorbing sheet sleeved on the first housing in contact with the gasket , the liquid absorbing sheet being configured to absorb the liquid in the liquid reservoir via the liquid conducting hole ; a wick in contact with the liquid absorbing sheet and configured to draw the liquid from the liquid absorbing sheet ; and an atomizing element fixed to the wick and configured to atomize the liquid in the wick ; characterized in that the atomizer further comprises an atomizing base defining an atomizing cavity , the wick is located in the atomizing cavity , the wick comprises a plurality of fiber filaments ; the plurality of fiber filaments located at the end of the wick are separated; at least part of the ends of the plurality of fiber filaments are in contact with the liquid absorbing sheet , the other ends of the plurality of fiber filaments are clamped between the atomizing base and the liquid absorbing sheet .
A collet comprising a bore intended to receive a balance staff, at least a first part and a second part , the first and second parts being separated by a plane perpendicular to the axis of the bore, an element for attaching the collet to a hairspring being exclusively located on the first part and an element for connecting the collet to the balance staff being essentially, or even exclusively, located on the second part, wherein the attachment element or attachment point lies at a distance (D1) from the center of the collet that is less than half the diameter (D2) of a cylinder inside which the second part can be inscribed, notably at a distance (D1) less than or equal to the mean of: - half the diameter (D2) of the cylinder inside which the second part can be inscribed, and - half the diameter of the inscribed circle (d max ) inscribed inside a central opening of the collet. - half the diameter (D2) of the cylinder inside which the second part can be inscribed, and - half the diameter of the inscribed circle (d max ) inscribed inside a central opening of the collet.
A logistics system comprising: - a load carrier comprising: ∘ a deck comprising a top load carrying surface and a flank , ∘ a plurality of locking protuberances extending from and being arranged spaced apart from one another on the load carrying surface of the deck , and - a superstructure , which is a merchandising unit made of sheet material and configured to be attached to the load carrier , the superstructure comprising a first section configured to extend from the load carrying surface of the load carrier , characterized in that the superstructure comprises a second section , which extends from the first section so as to extend along the load carrying surface of the load carrier , the second section comprising a plurality of receptive cavities for receiving the respective plurality of locking protuberances of the load carrier . - a load carrier comprising: ∘ a deck comprising a top load carrying surface and a flank , ∘ a plurality of locking protuberances extending from and being arranged spaced apart from one another on the load carrying surface of the deck , and ∘ a deck comprising a top load carrying surface and a flank , ∘ a plurality of locking protuberances extending from and being arranged spaced apart from one another on the load carrying surface of the deck , and - a superstructure , which is a merchandising unit made of sheet material and configured to be attached to the load carrier , the superstructure comprising a first section configured to extend from the load carrying surface of the load carrier ,
Biopsy needle system , having - a hollow needle having a cylindrical portion adapted to be introduced into a patient, wherein the cylindrical portion comprises a first material; - a first mandrin comprising a sharp tip and that may be introduced into the hollow needle such that the tip and an opposing end of the first mandrin project from the opposing end of the hollow needle , if the hollow needle is located in the patient, wherein the sharp tip is adapted to pierce tissue; and an imaging mandrin comprising a second material and that may be inserted into the hollow needle if the hollow needle is located in a patient, a distal end and a grip at a proximal end, wherein the second material is a material that may be imaged appropriately during MR-imaging, wherein the distal end of the imaging mandarin is blunt, characterized in that the hollow needle is adapted to be positioned at any region to be punctured. - a hollow needle having a cylindrical portion adapted to be introduced into a patient, wherein the cylindrical portion comprises a first material; - a first mandrin comprising a sharp tip and that may be introduced into the hollow needle such that the tip and an opposing end of the first mandrin project from the opposing end of the hollow needle , if the hollow needle is located in the patient, wherein the sharp tip is adapted to pierce tissue; and
A plate-shaped transparent member formed of transparent resin or transparent inorganic material and including a plurality of granular - shaped single crystal phosphors comprising YAG crystals as a mother crystal, wherein reduction of fluorescence intensity is less than 3% when an excitation light wavelength is 460nm and a temperature is increased from 25 to 100°C, and wherein each of the single crystal phosphors has a composition represented by a formula of Y 3-x-y Gd x Ce y Al 5 O 12-w (0≦x<3, 0.003≦y≦0.2, -0.2≦w≦0.2) - shaped single crystal phosphors comprising YAG crystals as a mother crystal,
A heat exchanger sterilizing and humidifying apparatus comprising: a kit on which parts to sterilize a heat exchanger are mounted; a storage tank detachably mounted on the kit to receive and store water and to convert the stored water into sterilizing water; a spraying device to receive the sterilizing water generated by the storage tank and to spray the sterilizing water to the heat exchanger to sterilize the heat exchanger; and a water level sensor detachably mounted on the kit and closely adhered to the outer surface of the storage tank , when the storage tank is mounted on the kit , to sense a water level in the storage tank . a kit on which parts to sterilize a heat exchanger are mounted; a storage tank detachably mounted on the kit to receive and store water and to convert the stored water into sterilizing water; a spraying device to receive the sterilizing water generated by the storage tank and to spray the sterilizing water to the heat exchanger to sterilize the heat exchanger; and a water level sensor detachably mounted on the kit and closely adhered to the outer surface of the storage tank , when the storage tank is mounted on the kit , to sense a water level in the storage tank .
A shoe assembly for a walking assist device, the shoe assembly comprising: a sole ; a sole cover ; and a side plate including a first portion, a second portion and a third portion, wherein the first portion and the second portion extend in a first direction and connect to the sole cover, the third portion extends in a second direction different from the first direction and is connectable to a shank stand of the walking assist device, the sole cover comprising: a recessed portion to hold the first portion and the second portion of the side plate in the recessed portion; and a support plate in the recessed portion and between the side plate and the sole cover, wherein the support plate includes a ridge tapered towards an opening of the recessed portion and configured to fulcrum the second portion of the side plate while the first portion is held in the recessed portion. a sole ; a sole cover ; and a side plate including a first portion, a second portion and a third portion, wherein the first portion and the second portion extend in a first direction and connect to the sole cover, the third portion extends in a second direction different from the first direction and is connectable to a shank stand of the walking assist device, the sole cover comprising: a recessed portion to hold the first portion and the second portion of the side plate in the recessed portion; and a support plate in the recessed portion and between the side plate and the sole cover, wherein the support plate includes a ridge tapered towards an opening of the recessed portion and configured to fulcrum the second portion of the side plate while the first portion is held in the recessed portion. a recessed portion to hold the first portion and the second portion of the side plate in the recessed portion; and a support plate in the recessed portion and between the side plate and the sole cover, wherein the support plate includes a ridge tapered towards an opening of the recessed portion and configured to fulcrum the second portion of the side plate while the first portion is held in the recessed portion.
Apparatus for filtering safety-relevant interventions, having a control unit and also a first communication unit , which can interchange data with at least one bus system of a vehicle , and a second communication unit , which can interchange data with an external computing unit , wherein provision is made of a third communication unit which differs from the first communication unit and the second communication unit , characterized in that the control unit filters the data transfer between the first communication unit and the second communication unit on the basis of a parameter received by the third communication unit , characterized in that the parameter of the control unit , which is received by the third communication unit , is used to verify whether access to the bus system is allowed or whether a user can be authenticated as an authorized person.
An autoinjector comprising: • a body receiving a reservoir (S), said reservoir (S) containing fluid and including a piston (P), such as a pre-filled syringe, • a piston rod that is adapted to co-operate with the piston (P) of said reservoir (S), said piston rod being movable by an injection spring between a primed position and an injection position in which said piston rod has moved the piston (P) of the reservoir (S) so as to inject the fluid into an injection site, • a visual, audible, and/or tactile indicator device for indicating to the user that said autoinjector may be removed from said injection site, said autoinjector including a retarding system for delaying the actuation of said visual, audible and/or tactile indicator device relative to the end of injection, said retarding system including a dashpot containing a fluid, a piston being arranged in said dashpot , one of said dashpot and of said piston being, movable in translation in said body during actuation of said retarding system, and the other of said dashpot and of said piston being, stationary relative to said body , during actuation of said retarding system, the movement in translation of one relative to the other moving said fluid out from said dashpot , through at least one flow passage (161; 195), such that said movement in translation is braked, characterized in that said retarding system includes said dashpot containing said fluid, said piston , a retarding spring that is different from said injection spring and that is fastened firstly to said piston and secondly to said body , a locking key and said piston rod , said locking key comprising a head , a longitudinal rod and an endpiece that is adapted to co-operate with the piston rod , said head of the locking key being in its blocking position before triggering the retarding system, in which position it co-operates with a recess of said piston . • a body receiving a reservoir (S), said reservoir (S) containing fluid and including a piston (P), such as a pre-filled syringe, • a piston rod that is adapted to co-operate with the piston (P) of said reservoir (S), said piston rod being movable by an injection spring between a primed position and an injection position in which said piston rod has moved the piston (P) of the reservoir (S) so as to inject the fluid into an injection site, • a visual, audible, and/or tactile indicator device for indicating to the user that said autoinjector may be removed from said injection site,
A method of quick-freezing bloom-resistant frosted bakery products, the method comprising: receiving a fresh frosted bakery product, freezing each fresh frosted bakery product_in a blast spiral freezer to create a frozen frosted bakery product, the blast spiral freezer having air temperature of -17°C to -34°C relative humidity of 80% and a dwell time of 15 minutes to 45 minutes, packaging the frozen frosted bakery product in a primary container, the primary container having a surface area, wrapping the primary container with a water-vapor permeable material to create a master container, the material having a range of water flux that overlaps, is equal to, or is less than the range of water flux of the frozen frosted bakery product, sealing the primary container in a master container, and holding the master container in a static freezer to maintain a frozen state, the static freezer having an air temperature of -10°C to -20°C and a relative humidity of 80%. receiving a fresh frosted bakery product, freezing each fresh frosted bakery product_in a blast spiral freezer to create a frozen frosted bakery product, the blast spiral freezer having air temperature of -17°C to -34°C relative humidity of 80% and a dwell time of 15 minutes to 45 minutes, packaging the frozen frosted bakery product in a primary container, the primary container having a surface area, wrapping the primary container with a water-vapor permeable material to create a master container, the material having a range of water flux that overlaps, is equal to, or is less than the range of water flux of the frozen frosted bakery product, sealing the primary container in a master container, and holding the master container in a static freezer to maintain a frozen state, the static freezer having an air temperature of -10°C to -20°C and a relative humidity of 80%.
Method for operating a power plant , which has a combustion chamber , using a fuel , wherein the fuel at least partially comprises a first substitute fuel, wherein the fuel is supplied to the combustion chamber for firing in a determined quantity per unit of time and in a composition, wherein the composition is determined by a) forming a model composition from one or more substitute fuels, the model composition comprising the type and proportion of the substitute fuel or fuels; b) providing partial ash compositions and partial ash proportions for each substitute fuel of the model composition and determining therefrom a total ash composition and a total ash proportion for the model composition ; c) wherein a model slag composition for different temperatures is determined using a thermodynamic model based on the total ash composition ; d) wherein a viscosity of the model slag composition is determined; e) wherein a contamination risk is determined based on the viscosity , the total ash proportion and the total ash composition; f) wherein the model composition is assigned to a composition of the fuel if the contamination risk is below a predeterminable contamination limit value and the combustion chamber is filled with the composition of the fuel ; and g) wherein the contamination risk is determined according to steps a) to e) for a modified model composition if the contamination risk is above the contamination limit value. a) forming a model composition from one or more substitute fuels, the model composition comprising the type and proportion of the substitute fuel or fuels; b) providing partial ash compositions and partial ash proportions for each substitute fuel of the model composition and determining therefrom a total ash composition and a total ash proportion for the model composition ; c) wherein a model slag composition for different temperatures is determined using a thermodynamic model based on the total ash composition ; d) wherein a viscosity of the model slag composition is determined; e) wherein a contamination risk is determined based on the viscosity , the total ash proportion and the total ash composition; f) wherein the model composition is assigned to a composition of the fuel if the contamination risk is below a predeterminable contamination limit value and the combustion chamber is filled with the composition of the fuel ; and g) wherein the contamination risk is determined according to steps a) to e) for a modified model composition if the contamination risk is above the contamination limit value.
A vacuum insulator , comprising: a metal plate ; a glass plate arranged facing and spaced apart from the metal plate ; and a sealing structure arranged between the metal plate and the glass plate for sealed fixing of the metal plate and the glass plate , with a vacuum cavity being defined between the metal plate and the glass plate , wherein the sealing structure comprises a nickel-plated layer and a solder sheet ; and the nickel-plated layer is formed on an upper surface of the glass plate , the solder sheet is arranged between the nickel-plated layer and a lower surface of the metal plate , and the sealed fixing of the metal plate and the glass plate is realized by welding the nickel-plated layer and the solder sheet . a metal plate ; a glass plate arranged facing and spaced apart from the metal plate ; and a sealing structure arranged between the metal plate and the glass plate for sealed fixing of the metal plate and the glass plate , with a vacuum cavity being defined between the metal plate and the glass plate , wherein the sealing structure comprises a nickel-plated layer and a solder sheet ; and the nickel-plated layer is formed on an upper surface of the glass plate , the solder sheet is arranged between the nickel-plated layer and a lower surface of the metal plate , and the sealed fixing of the metal plate and the glass plate is realized by welding the nickel-plated layer and the solder sheet .
A SIM, Subscriber Identity Module, card socket comprising: a first contact part having first contact terminals adapted for electrically contacting a first SIM card when the first SIM card is received; a second contact part having second contact terminals adapted for electrically contacting a second SIM card when the second SIM card is received, wherein the second SIM card has a size different from that of the first SIM card ; a first stopper disposed on the second contact part and being movable by a predetermined distance in a lengthwise direction of the second contact part along a surface of the second contact part to support insertion of the first SIM card or insertion of the second SIM card ; and a cover adapted for covering the first contact part , the second contact part , and the first stopper ; wherein the first contact part and the second contact part are disposed facing one another; and wherein the second contact part comprises: a plate member having a predetermined thickness; and a stopper engaging part provided at one side of the plate member and engaged with the first stopper such that the first stopper is movable, wherein the second contact terminals are provided at one side of the plate member . a first contact part having first contact terminals adapted for electrically contacting a first SIM card when the first SIM card is received; a second contact part having second contact terminals adapted for electrically contacting a second SIM card when the second SIM card is received, wherein the second SIM card has a size different from that of the first SIM card ; a first stopper disposed on the second contact part and being movable by a predetermined distance in a lengthwise direction of the second contact part along a surface of the second contact part to support insertion of the first SIM card or insertion of the second SIM card ; and a cover adapted for covering the first contact part , the second contact part , and the first stopper ; wherein the first contact part and the second contact part are disposed facing one another; and wherein the second contact part comprises: a plate member having a predetermined thickness; and a stopper engaging part provided at one side of the plate member and engaged with the first stopper such that the first stopper is movable, wherein the second contact terminals are provided at one side of the plate member . a plate member having a predetermined thickness; and a stopper engaging part provided at one side of the plate member and engaged with the first stopper such that the first stopper is movable, wherein the second contact terminals are provided at one side of the plate member .