mhurhangee/patent-ind-claim-en huggingface dataset:
Method for monitoring a hydraulic brake system for a motor vehicle, - wherein the brake system has the following: - a master brake cylinder with at least one breather hole, - an electrically operated pressure generator , - a simulator , - a simulator valve , and - a main line , - wherein the master brake cylinder is connected to the pressure generator via the main line and the simulator is connected via the simulator valve to the main line between master brake cylinder and pressure generator , characterized in that the method comprises the following steps: - generating a volume flow by means of the pressure generator , wherein the volume flow flows from the pressure generator via the main line to the master brake cylinder and exits the latter via the breather hole , - establishing a volume balance as the difference between the volume that has been discharged from the pressure generator into the main line up to a particular time minus a volume that has exited the master brake cylinder via the breather hole up to the particular time, and - identifying a state of the brake system on the basis of the volume balance or on the basis of a profile with respect to time of the volume balance. - wherein the brake system has the following: - a master brake cylinder with at least one breather hole, - an electrically operated pressure generator , - a simulator , - a simulator valve , and - a main line , - a master brake cylinder with at least one breather hole, - an electrically operated pressure generator , - a simulator , - a simulator valve , and - a main line , - wherein the master brake cylinder is connected to the pressure generator via the main line and the simulator is connected via the simulator valve to the main line between master brake cylinder and pressure generator , characterized in that the method comprises the following steps: - generating a volume flow by means of the pressure generator , wherein the volume flow flows from the pressure generator via the main line to the master brake cylinder and exits the latter via the breather hole , - establishing a volume balance as the difference between the volume that has been discharged from the pressure generator into the main line up to a particular time minus a volume that has exited the master brake cylinder via the breather hole up to the particular time, and - identifying a state of the brake system on the basis of the volume balance or on the basis of a profile with respect to time of the volume balance. - generating a volume flow by means of the pressure generator , wherein the volume flow flows from the pressure generator via the main line to the master brake cylinder and exits the latter via the breather hole , - establishing a volume balance as the difference between the volume that has been discharged from the pressure generator into the main line up to a particular time minus a volume that has exited the master brake cylinder via the breather hole up to the particular time, and - identifying a state of the brake system on the basis of the volume balance or on the basis of a profile with respect to time of the volume balance.
Rotor for a device for mixing powder and liquid, comprising an outer blade support plate , comprising a number of outer blades that are located radially on the outside, that extend in an axial direction and that are formed on the outer blade support plate , and comprising a connecting structure between the outer blade support plate and a centrally arranged shaft receiving portion , wherein the connecting structure is formed by a number of connecting arms that extend between the outer blade support plate and the shaft receiving portion , characterised in that connecting webs that extend in the axial direction are formed between the outer blade support plate and the strut-like connecting arms , which lie in one plane and extend away from the shaft receiving portion in the manner of a star, and in that radially inwardly tapering liquid discharge regions are provided between the connecting arms as free regions which each extend over the same angular sectors and which are distributed regularly over the circumference of the connecting arms .
Straightening head comprising a steam distribution circuit and a front wall provided with a treatment face intended to face a garment to be straightened, the treatment face comprising at least one steam outlet hole , the steam distribution circuit comprising an inlet channel comprising an inlet port intended to be connected to a steam duct , the inlet channel comprising an outlet port opening into an internal chamber comprising steam discharge channels extending transversely to the front wall and communicating with the at least one steam outlet hole such that the steam in the internal chamber escapes through the steam discharge channels and towards the at least one steam outlet hole , characterised in that the outlet port opens tangentially to the front wall such that the steam exiting the outlet port flows along the front wall .
An end effector for use with a surgical system, said end effector comprising: a staple cartridge , comprising: a cartridge body ; staples, wherein each said staple is at least partially stored in said cartridge body; and a sled movable between an unfired position and a fired position during a firing stroke to eject said staples from said cartridge body; a cartridge channel configured to receive said staple cartridge; an anvil configured to deform said staples; a biasing member; and a firing assembly , comprising: a firing member; and characterised by a lock rotatably mounted to said firing member, wherein said lock is rotatable between an unlocked position and a locked position, wherein said sled is configured to hold said lock in said unlocked position when said staple cartridge is seated in said cartridge channel and said sled is in said unfired position, and wherein said lock is rotatable from said unlocked position to said locked position by said biasing member when either said staple cartridge is not in said cartridge channel or said sled is not in said unfired position; and wherein said cartridge channel comprises a lockout recess . a staple cartridge , comprising: a cartridge body ; staples, wherein each said staple is at least partially stored in said cartridge body; and a sled movable between an unfired position and a fired position during a firing stroke to eject said staples from said cartridge body; a cartridge body ; staples, wherein each said staple is at least partially stored in said cartridge body; and a sled movable between an unfired position and a fired position during a firing stroke to eject said staples from said cartridge body; a cartridge channel configured to receive said staple cartridge; an anvil configured to deform said staples; a biasing member; and a firing assembly , comprising: a firing member; and characterised by a lock rotatably mounted to said firing member, wherein said lock is rotatable between an unlocked position and a locked position, wherein said sled is configured to hold said lock in said unlocked position when said staple cartridge is seated in said cartridge channel and said sled is in said unfired position, and wherein said lock is rotatable from said unlocked position to said locked position by said biasing member when either said staple cartridge is not in said cartridge channel or said sled is not in said unfired position; and wherein said cartridge channel comprises a lockout recess . a firing member; and characterised by a lock rotatably mounted to said firing member, wherein said lock is rotatable between an unlocked position and a locked position, wherein said sled is configured to hold said lock in said unlocked position when said staple cartridge is seated in said cartridge channel and said sled is in said unfired position, and wherein said lock is rotatable from said unlocked position to said locked position by said biasing member when either said staple cartridge is not in said cartridge channel or said sled is not in said unfired position; and wherein said cartridge channel comprises a lockout recess .
Hygiene product for personal use, which comprises: at least an impermeable breathable first layer ; a liquid-absorbing second layer comprising a hydrophilic cotton core formed by separated fibres facing all directions; and a third layer of a non-woven fabric intended to be in contact with the skin of the user, so that the hygiene product can be a sanitary towel, dressing, tampon, absorbent nappy, nursing pad and similar; characterized in that it incorporates a plurality of microcapsules arranged on the absorbent second layer and the third layer of non-woven fabric, and which contain active ingredients for treating the skin, said ingredients being encapsulated in an outer cover of biocompatible material that degrades during the use of the hygiene product and releases the active ingredients during the use of the hygiene product ; and the third layer of a nonwoven fabric is hydrophobic cotton non-woven fabric. at least an impermeable breathable first layer ; a liquid-absorbing second layer comprising a hydrophilic cotton core formed by separated fibres facing all directions; and a third layer of a non-woven fabric intended to be in contact with the skin of the user, so that the hygiene product can be a sanitary towel, dressing, tampon, absorbent nappy, nursing pad and similar;
Circuitry for forming a part of a mobile communications device , the mobile communications device for use in a mobile communications system , the system comprising a base station arranged to communicate with the mobile communications device via a wireless interface provided by a first frequency channel allocated to mobile networks communications for the mobile communications system and by a shared frequency channel which can be shared by the mobile communications system and by other wireless communications systems, the circuitry comprising controller circuitry and transceiver circuitry for transmitting signals via the wireless interface, the controller circuitry being configured to: measure, for each of a plurality of first time periods within a predetermined second time period, a channel utilisation on the shared channel based on signals received by the transceiver unit; determine channel occupancy states for the shared channel for each of the first time periods based on the measured channel utilisation; and determine an indication of an occupancy level for the shared channel for the second time period, wherein the indication of an occupancy level is determined based on the occupancy states for the shared channel for each of the first time periods. measure, for each of a plurality of first time periods within a predetermined second time period, a channel utilisation on the shared channel based on signals received by the transceiver unit; determine channel occupancy states for the shared channel for each of the first time periods based on the measured channel utilisation; and determine an indication of an occupancy level for the shared channel for the second time period, wherein the indication of an occupancy level is determined based on the occupancy states for the shared channel for each of the first time periods.
A spacer for maintaining a separation of vertebrae , comprising: - a frame having distal and proximal ends defining a longitudinal axis extending therebetween; - a carriage slideably coupled to the frame and having at least one ramped surface , said carriage further including a threaded portion; - an actuator screw threadably engaged with said frame , said actuator screw configured to bear against said carriage to cause said carriage to slideably move within said frame when said actuator screw is rotated; - a first endplate configured to engage a first vertebra , and having at least one surface mateable with said at least one carriage ramped surface , whereby when said carriage is slideably moveable by rotation of said actuator screw , said at least one endplate ramped surface slides against said at least one carriage ramped surface to cause said first endplate to move along an axis transverse to said longitudinal axis to increase a height of the spacer ; and - a second endplate configured to engage a second vertebra , - characterized in that , said first endplate includes at least one socket through which a polyaxial bone screw may pass to secure said first endplate to a first vertebra, - the socket having a corresponding polyaxial shape to receive the polyaxial screw to provide an optimal angle with respect to said spacer , said socket adapted to overlie a lateral side of a cortical bone of the first vertebra after said spacer is expanded. - a frame having distal and proximal ends defining a longitudinal axis extending therebetween; - a carriage slideably coupled to the frame and having at least one ramped surface , said carriage further including a threaded portion; - an actuator screw threadably engaged with said frame , said actuator screw configured to bear against said carriage to cause said carriage to slideably move within said frame when said actuator screw is rotated; - a first endplate configured to engage a first vertebra , and having at least one surface mateable with said at least one carriage ramped surface , whereby when said carriage is slideably moveable by rotation of said actuator screw , said at least one endplate ramped surface slides against said at least one carriage ramped surface to cause said first endplate to move along an axis transverse to said longitudinal axis to increase a height of the spacer ; and - a second endplate configured to engage a second vertebra , - characterized in that , said first endplate includes at least one socket through which a polyaxial bone screw may pass to secure said first endplate to a first vertebra, - the socket having a corresponding polyaxial shape to receive the polyaxial screw to provide an optimal angle with respect to said spacer , said socket adapted to overlie a lateral side of a cortical bone of the first vertebra after said spacer is expanded.
Method for authenticating and enabling a charging process of an electric or hybrid vehicle at a charging station , the electric or hybrid vehicle transmitting an identifier to the charging station via a charging cable , the charging station receiving the identifier and checking whether there is an authorization for the identifier to use the charging station in a list of the charging station , the charging process being started if the authorization is present, characterized in that the electric or hybrid vehicle transmits an activation code to the charging station via the charging cable for the first entry of the identifier of the electric or hybrid vehicle in the list, the electric or hybrid vehicle transmitting an identifier to the charging station after confirmation of the activation code by the charging station , which identifier is then received by the charging station and stored in the list, at least individual identifiers being assigned usage restrictions in the list of authorized identifiers.
Device for supplying air to an interior (I) of a vehicle, comprising - a central fan (G) that is arranged on a flow input side, for generating a temperature-controlled air stream, in particular an air stream that is conditioned using an air-conditioning system, - a plurality of flow channels for conveying and distributing the air stream to various locations of the interior (I), wherein the flow channels each comprise at least one channel outlet (A2, A4, A6, A7, A8, A9, A10, A11, A12, A13) on the flow output side or at least one connection region (V1-7, V1-9, V3-11, V5-12) to one of the other flow channels , wherein at least one decentralised electrical heating device (H) that is spaced apart from the central fan (G) is arranged in the connection region (V1-7, V1-9, V3-11, V5-12) between interconnected flow channels , characterised in that the at least one heating device (H) is arranged in a separate connection element of the flow channel to a further flow channel, wherein the heating device itself forms the connection element. - a central fan (G) that is arranged on a flow input side, for generating a temperature-controlled air stream, in particular an air stream that is conditioned using an air-conditioning system, - a plurality of flow channels for conveying and distributing the air stream to various locations of the interior (I),
A method for manufacturing a positive electrode for a lithium-sulfur battery comprising, a step of mixing a sulfur-carbon composite and a binder to prepare a slurry for a positive electrode active material; a step of applying the slurry for the positive electrode active material to one surface of the current collector; a first drying step of drying the current collector, to which the slurry was applied, using hot air and medium wave infrared radiation having a wavelength of 1 to 5 μm; and a second drying step of further drying using a laser heat source after the first drying step. a step of mixing a sulfur-carbon composite and a binder to prepare a slurry for a positive electrode active material; a step of applying the slurry for the positive electrode active material to one surface of the current collector; a first drying step of drying the current collector, to which the slurry was applied, using hot air and medium wave infrared radiation having a wavelength of 1 to 5 μm; and a second drying step of further drying using a laser heat source after the first drying step.
A virtualized system (10-13) comprising: a memory device ; a processor (100-103) configured to provide a virtualization environment; a direct memory access device (200-203) configured to perform a function of direct memory access to the memory device ; and a memory management circuit (300-303) configured to manage a core access of the processor (100-103) to the memory device and a direct access of the direct memory access device (200-203) to the memory device , wherein the processor (100-103) is further configured to provide: a plurality of guest operating systems that run independently from each other on a plurality of virtual machines of the virtualization environment; and a hypervisor configured to control the plurality of virtual machines in the virtualization environment and control the memory management circuit (300-303) to block the direct access when a target guest operating system controlling the direct memory access device (200-203), among the plurality of guest operating systems is rebooted. a memory device ; a processor (100-103) configured to provide a virtualization environment; a direct memory access device (200-203) configured to perform a function of direct memory access to the memory device ; and a memory management circuit (300-303) configured to manage a core access of the processor (100-103) to the memory device and a direct access of the direct memory access device (200-203) to the memory device , wherein the processor (100-103) is further configured to provide: a plurality of guest operating systems that run independently from each other on a plurality of virtual machines of the virtualization environment; and a hypervisor configured to control the plurality of virtual machines in the virtualization environment and control the memory management circuit (300-303) to block the direct access when a target guest operating system controlling the direct memory access device (200-203), among the plurality of guest operating systems is rebooted. a plurality of guest operating systems that run independently from each other on a plurality of virtual machines of the virtualization environment; and a hypervisor configured to control the plurality of virtual machines in the virtualization environment and control the memory management circuit (300-303) to block the direct access when a target guest operating system controlling the direct memory access device (200-203), among the plurality of guest operating systems is rebooted.
A non-therapeutic use of a composition comprising fat derived from the hump of a camel for the treatment of a subject having, suspected of having, or at risk of developing a condition associated with exposure to UV radiation, wherein the condition associated with exposure to UV radiation is any one of the following: aging, discolorations, age spots, moles and freckles, wrinkles, skin redness, and peeling and itching.
An intelligent bionic system for expectorating sputum, comprising: - a negative pressure suction module configured to generate first airflow with a negative pressure; - a patient connecting unit connecting, in use, the negative pressure suction module to a patient and configured to allow the first airflow with the negative pressure generated from the negative pressure suction module and second airflow with a positive pressure to flow through; - a central processing module connected to the patient connecting unit; - a respiratory muscle synchronizing module connected to the central processing module and configured to enable a respiratory muscle to generate a certain movement in coordination with the first airflow and the second airflow, by means of nerve stimulation or mechanical stimulation; and - a positive pressure ventilation module connected to the patient connecting unit and configured to generate the second airflow with the positive pressure; - wherein the patient connecting unit comprises a three-way device , a sputum collecting connector and a sputum collecting cup ; - wherein the three-way device comprises a first valve configured to selectively block airflow from the positive pressure ventilation module to the patient connecting unit, and a second valve is disposed between the three-way device and the negative pressure suction module and configured to selectively block the airflow from the patient connecting unit to the negative pressure suction module; and - wherein the three-way device is connected to the sputum collecting cup via the sputum collecting connector . - a negative pressure suction module configured to generate first airflow with a negative pressure; - a patient connecting unit connecting, in use, the negative pressure suction module to a patient and configured to allow the first airflow with the negative pressure generated from the negative pressure suction module and second airflow with a positive pressure to flow through; - a central processing module connected to the patient connecting unit; - a respiratory muscle synchronizing module connected to the central processing module and configured to enable a respiratory muscle to generate a certain movement in coordination with the first airflow and the second airflow, by means of nerve stimulation or mechanical stimulation; and - a positive pressure ventilation module connected to the patient connecting unit and configured to generate the second airflow with the positive pressure; - wherein the patient connecting unit comprises a three-way device , a sputum collecting connector and a sputum collecting cup ; - wherein the three-way device comprises a first valve configured to selectively block airflow from the positive pressure ventilation module to the patient connecting unit, and a second valve is disposed between the three-way device and the negative pressure suction module and configured to selectively block the airflow from the patient connecting unit to the negative pressure suction module; and - wherein the three-way device is connected to the sputum collecting cup via the sputum collecting connector .