mhurhangee/patent-ind-claim-en huggingface dataset:
Valve unit , having a plate-shaped valve body featuring a closing section and a connecting section , wherein the valve body comprises a frame enclosing an opening in the valve body , wherein the closing section features a closure tab projecting into the opening from a first attachment portion on the frame , wherein the connecting section features a contact tab projecting into the opening from a second attachment portion on the frame , and the connecting section features at least one attachment point , and wherein the first attachment portion and the second attachment portion are oppositely disposed on the frame along a longitudinal axis of the valve body . wherein the valve body comprises a frame enclosing an opening in the valve body , wherein the closing section features a closure tab projecting into the opening from a first attachment portion on the frame , wherein the connecting section features a contact tab projecting into the opening from a second attachment portion on the frame , and the connecting section features at least one attachment point , and wherein the first attachment portion and the second attachment portion are oppositely disposed on the frame along a longitudinal axis of the valve body .
A system for making a fluidic connection comprising: a base ; a tube having a first end and a second end, wherein the second end is in fluid communication with a fluid source ; a compressible material having a first end and a second end and surrounding the tube adjacent the first end of the tube ; and a moveable compression applicator mountable to the base , the moveable compression applicator capable of exerting a force on the first end of the compressible material ; a fluid receiving device mountable to the base , the fluid receiving device comprising a surface having a fluid inlet capable of contact with the second end of the compressible material and the first end of the tube ; and a receiving feature with a constraining function capable to bias the compressible material against at least the tube adjacent the first end of the tube and the fluid inlet of the fluid receiving device when the compression applicator exerts a force on the first end of the compressible material thereby making a direct tube to receiving device fluidic connection having a leak-resistant seal between the tube and the surface of the fluid receiving device . a base ; a tube having a first end and a second end, wherein the second end is in fluid communication with a fluid source ; a compressible material having a first end and a second end and surrounding the tube adjacent the first end of the tube ; and a moveable compression applicator mountable to the base , the moveable compression applicator capable of exerting a force on the first end of the compressible material ; a fluid receiving device mountable to the base , the fluid receiving device comprising a surface having a fluid inlet capable of contact with the second end of the compressible material and the first end of the tube ; and a receiving feature with a constraining function capable to bias the compressible material against at least the tube adjacent the first end of the tube and the fluid inlet of the fluid receiving device when the compression applicator exerts a force on the first end of the compressible material thereby making a direct tube to receiving device fluidic connection having a leak-resistant seal between the tube and the surface of the fluid receiving device .
A valve actuator, comprising: a housing ; a motor disposed on the housing ; a drive gear coupled to a motor shaft of the motor ; a transfer gear engaging with the drive gear and rotating according to a predetermined gear ratio when the drive gear rotates; an output gear coupled to an output shaft and engaging with the transfer gear ; and a stopper disposed in the housing and limiting a rotation of the output gear , characterized in that the transfer gear comprises an outer part , an inner part disposed in the outer part , a first magnet disposed on the outer part , and a second magnet disposed on the inner part and facing the first magnet , and in that an upper end and a lower end of the inner part are supported by an inner surface of the housing , an upper or a lower end of the outer part is vertically supported by the inner part , and a height of the first magnet is larger than a height of the second magnet . a housing ; a motor disposed on the housing ; a drive gear coupled to a motor shaft of the motor ; a transfer gear engaging with the drive gear and rotating according to a predetermined gear ratio when the drive gear rotates; an output gear coupled to an output shaft and engaging with the transfer gear ; and a stopper disposed in the housing and limiting a rotation of the output gear , characterized in that the transfer gear comprises an outer part , an inner part disposed in the outer part , a first magnet disposed on the outer part , and a second magnet disposed on the inner part and facing the first magnet , and in that an upper end and a lower end of the inner part are supported by an inner surface of the housing , an upper or a lower end of the outer part is vertically supported by the inner part , and a height of the first magnet is larger than a height of the second magnet .
Mobile crane comprising a main jib which is mounted in a luffable manner thereon and can be raised by means of a luffing cylinder , and comprising a main jib extension which is releasably connected to a main jib head of the main jib by means of upper and lower bolts , the main jib extension , proceeding from a basic position after release of the upper or lower bolts , can be angled relative to the main jib about a luffing axis (w) by means of an angling drive , the angling drive is a component of an angling plate in the form of a combi-angling plate , the angling drive engages the main jib head on the one hand and engages the main jib extension on the other hand the angling drive engages a foot of the main jib extension , a maximum angling angle (b) is limited by an adjustable angling plate and the angling plate engages the foot of the main jib extension and the main jib head and the combi-angling plate consists of a sliding plate , a guiding plate and the angling drive , characterised in that the angling drive drivingly engages the sliding plate on the one hand and the guiding plate on the other hand and the sliding plate can be displaced relative to the guiding plate by means of the angling drive .
A child safety seat comprising: a seat portion ; a backrest assembly including a first and a second backrest portion slidably connected with each other, and a headrest slidably connected with the second backrest portion , the first backrest portion being connected with the seat portion ; and a backrest adjusting system disposed on the backrest assembly and configured to provide a first stage of height adjustment where the first and second backrest portions are locked with each other and the headrest is movable relative to the first and second backrest portions for adjustment, and a second stage of height adjustment where the second backrest portion is locked with the headrest and unlocked from the first backrest portion so that the headrest and the second backrest portion are movable in unison relative to the first backrest portion for adjustment; characterized in that : the backrest adjusting system includes a lock having a first locking state corresponding to the first stage of height adjustment and a second locking state corresponding to the second stage of height adjustment, and a switching actuator operable to cause the lock to switch from the second locking state to the first locking state when a movement of the second backrest portion and the headrest locked with each other moves the second backrest portion to an anchor position relative to the first backrest portion . a seat portion ; a backrest assembly including a first and a second backrest portion slidably connected with each other, and a headrest slidably connected with the second backrest portion , the first backrest portion being connected with the seat portion ; and a backrest adjusting system disposed on the backrest assembly and configured to provide a first stage of height adjustment where the first and second backrest portions are locked with each other and the headrest is movable relative to the first and second backrest portions for adjustment, and a second stage of height adjustment where the second backrest portion is locked with the headrest and unlocked from the first backrest portion so that the headrest and the second backrest portion are movable in unison relative to the first backrest portion for adjustment; characterized in that : the backrest adjusting system includes a lock having a first locking state corresponding to the first stage of height adjustment and a second locking state corresponding to the second stage of height adjustment, and a switching actuator operable to cause the lock to switch from the second locking state to the first locking state when a movement of the second backrest portion and the headrest locked with each other moves the second backrest portion to an anchor position relative to the first backrest portion .
A method for transmitting data via a serial communication bus, where the data are transmitted via a transmission frame, wherein said transmission frame has at least one arbitration field (AF) and a data field (DF), wherein the arbitration field (AF) is used for controlling the bus access according to the CSMA-CR method, corresponding to carrier sense multiple access with collision resolution by prioritising the messages by means of an identifier, wherein a low bit rate is set for the arbitration phase and an increased bit rate is set for transmitting the data in the data field (DF), wherein provided in the transmission frame is a CRC field (CRCF), in which is provided at least one section for the CRC check code, wherein the data field (DF) has within a specified upper limit, which is greater than 64 bytes, a variable length for a random number of bytes, wherein a start field (SF) is provided in the transmission frame, and the CRC check code is calculated via the fields start field (SF), arbitration field (AF), control field (CF) and data field (DF), characterised in that the transmission of the data is carried out in an asynchronous manner and a resynchronisation is executed according to a bit stuffing rule to ensure the common mode of data transmitting station and data receiving station, wherein the bit stuffing rule is applied over the range from start field (SF) to the end of the data field (DF), wherein the bit stuffing rule states that a stuff bit is inserted only after a defined number of directly successive bits with the same bus level, wherein the defined number is a natural number greater than the number 5, wherein the number of the inserted stuff bits is entered in a section of the CRC field (CRCF).
A manifold for an inkjet printer, comprising a main body with an ink cavity and a temperature control fluid cavity which is in thermal contact with the ink cavity , the manifold further comprising at least one ink inlet, at least one ink outlet , at least one temperature control fluid inlet and at least one temperature control fluid outlet , characterised in that the main body , the at least one ink inlet , the at least one ink outlet , the at least one temperature control fluid inlet and the at least one temperature control fluid outlet consist of the same material and form a single piece.
Method for detecting a state of a vehicle , comprising: - causing a predefined bracing action at a chassis of the vehicle by triggering a braking intervention and/or a driving intervention at one or more of the wheels of the vehicle in order to bring about different accelerations at different wheels of the vehicle ; - detecting a vibration and/or acceleration which emanates from the chassis of the vehicle in response to the bracing action of the chassis; and - identifying a state of the vehicle on the basis of the detected vibration and/or acceleration and also the predefined bracing. - causing a predefined bracing action at a chassis of the vehicle by triggering a braking intervention and/or a driving intervention at one or more of the wheels of the vehicle in order to bring about different accelerations at different wheels of the vehicle ; - detecting a vibration and/or acceleration which emanates from the chassis of the vehicle in response to the bracing action of the chassis; and - identifying a state of the vehicle on the basis of the detected vibration and/or acceleration and also the predefined bracing.
A wind turbine, comprising: a generator having an output ; a power transmission path for connecting the output to a power grid , the power transmission path comprising a generator side converter coupled to the output of the generator, a grid side converter coupled to the power grid, and a DC link coupled between the generator side converter and the grid side converter; and a load dump arrangement , comprising: - at least one resistor, and - a plurality of switches, characterized in that the load dump arrangement comprises a plurality of electrical connections which electrically connect the at least one resistor to the output of the generator and across the DC link via the plurality of switches (SW3, SW4), wherein the power transmission path comprises a plurality of first switches (SW1) and a plurality of second switches, the power transmission path being connectable to the generator via the plurality of first switches (SW1) and connectable to the power grid via the plurality of second switches (SW2); and wherein the load dump arrangement comprises at least one third switch (SW3) and at least one fourth switch (SW4), the load dump arrangement being connectable to the generator via the at least one third switch (SW3) and connectable across the DC link of the power transmission path via the at least one fourth switch (SW4). a generator having an output ; a power transmission path for connecting the output to a power grid , the power transmission path comprising a generator side converter coupled to the output of the generator, a grid side converter coupled to the power grid, and a DC link coupled between the generator side converter and the grid side converter; and a load dump arrangement , comprising: - at least one resistor, and - a plurality of switches, characterized in that the load dump arrangement comprises a plurality of electrical connections which electrically connect the at least one resistor to the output of the generator and across the DC link via the plurality of switches (SW3, SW4), - at least one resistor, and - a plurality of switches, wherein the power transmission path comprises a plurality of first switches (SW1) and a plurality of second switches, the power transmission path being connectable to the generator via the plurality of first switches (SW1) and connectable to the power grid via the plurality of second switches (SW2); and wherein the load dump arrangement comprises at least one third switch (SW3) and at least one fourth switch (SW4), the load dump arrangement being connectable to the generator via the at least one third switch (SW3) and connectable across the DC link of the power transmission path via the at least one fourth switch (SW4).
A heat transfer composition comprising from about 5 to about 40% by weight of trans- 1,3,3,3-tetrafluoropropene (R-1234ze(E)), from about 20 to about 35% by weight difluoromethane (R-32) and from about 15 to about 30% by weight pentafluoroethane (R-125) and from about 12 to about 50% by weight 1,1,1,2-tetrafluoroethane (R-134a), wherein the composition has a volumetric refrigeration capacity within 10% of R-407C, preferably in medium and/or low-temperature applications.
A method of processing pyrolysis oil comprising the steps of: (a) mixing said oil and a non-polar solvent to adjust the polarity of said oil, (b) allowing the mixture to sit for at least 30 minutes to allow precipitation, (c) binding unwanted components, including insoluble polar compounds, to clay, (d) eluting the clean oil with the non-polar solvent, and (e) separating the non-polar solvent from the oil. (a) mixing said oil and a non-polar solvent to adjust the polarity of said oil, (b) allowing the mixture to sit for at least 30 minutes to allow precipitation, (c) binding unwanted components, including insoluble polar compounds, to clay, (d) eluting the clean oil with the non-polar solvent, and (e) separating the non-polar solvent from the oil.
Skin-mountable medical device comprising: a mounting plate having a bottom side attachable to the skin of a user preferably via an adhesive pad , a medical module , in particular an analyte sensing device or a drug administration pump, a snap connector adapted to releasably attach the medical module on the upper side of the mounting plate opposite to the bottom side , wherein the snap connector has a latch that is connected to the mounting plate and engages with the medical module in a locking position, wherein the snap connector has a release flap that can be actuated by the user to detach the medical module , wherein the latch can be tilted outward by actuation of the release flap so as to disengage from the medical module in a release position, and wherein the release flap projects outwardly from the mounting plate , characterized in that the release flap has an outer portion which at its bottom side maintains a clearance to avoid an interfering contact in use. a mounting plate having a bottom side attachable to the skin of a user preferably via an adhesive pad , a medical module , in particular an analyte sensing device or a drug administration pump, a snap connector adapted to releasably attach the medical module on the upper side of the mounting plate opposite to the bottom side , wherein the snap connector has a latch that is connected to the mounting plate and engages with the medical module in a locking position, wherein the snap connector has a release flap that can be actuated by the user to detach the medical module , wherein the latch can be tilted outward by actuation of the release flap so as to disengage from the medical module in a release position, and wherein the release flap projects outwardly from the mounting plate , characterized in that the release flap has an outer portion which at its bottom side maintains a clearance to avoid an interfering contact in use.
A bogie for a rail vehicle, having a bogie frame , at least one elastically deformable secondary spring (13, 14; 30, 31), wherein a local position of the secondary spring (13, 14; 30, 31) on the bogie frame is changeable, at least one first guide (9, 10; 32, 33), along which the secondary spring (13, 14; 30, 31) is movable, characterised in that the guide (9, 10; 32, 33) is designed in the form of an indentation and has regions (S), in which the depth of the guide changes.
An apparatus for supporting and cooling a photovoltaic panel adapted to generate a primary electric current, the apparatus comprising: - a baseplate configured to be mounted on a roof or on the ground; - a top plate , the photovoltaic panel being operatively rested on the top plate ; - a structure configured to generate a supplementary electric current (I) by Seebeck effect, where the structure is interposed between the baseplate and the top plate , to exchange heat with the photovoltaic panel through the top plate , and includes a first element made of a first material, the first material being electrically conductive and having a first value of Seebeck coefficient, and a second element made of a second material, the second material being electrically conductive and having a second value of Seebeck coefficient, different from the first value, where the first and second elements are electrically connected to each other to allow the supplementary electric current (I) to flow therethrough, characterized in that the first and the second element of the structure include surfaces that delimit a channel for the passage of a cooling fluid, so that the structure constitutes a heat exchanger configured to dissipate heat extracted from the photovoltaic panel . - a baseplate configured to be mounted on a roof or on the ground; - a top plate , the photovoltaic panel being operatively rested on the top plate ; - a structure configured to generate a supplementary electric current (I) by Seebeck effect, where the structure is interposed between the baseplate and the top plate , to exchange heat with the photovoltaic panel through the top plate , and includes a first element made of a first material, the first material being electrically conductive and having a first value of Seebeck coefficient, and a second element made of a second material, the second material being electrically conductive and having a second value of Seebeck coefficient, different from the first value, where the first and second elements are electrically connected to each other to allow the supplementary electric current (I) to flow therethrough,
A control method for displaying a network-state identifier, said method being performed by an electronic device , the electronic device supporting a dual connection mode in which the electronic device is capable of establishing a first communication connection with a first network device and is capable of establishing a second communication connection with a second network device , wherein each of the first network device and the second network device is a network device in a fifth-generation, 5G, non-standalone, NSA, network; the first network device is an evolved fourth-generation, 4G, base station; the second network device is a 5G base station, a core network of the 5G NSA network is a next-generation core network, NGC , the first network device is in a communication connection with the second network device , and the first network device is in a communication connection with the NGC , the method being characterized in that it comprises: acquiring a target delay of uplink data in response to the electronic device being in a service state, wherein the service state is an eMBB service state or a NR uRLLC service state, and the target delay of uplink data is a delay time between the electronic device and any of the first network device and second network device ; determining a target network-state identifier of a current communication state of the electronic device according to the target delay of uplink data, wherein the target network-state identifier comprises at least one of a NR uRLLC identifier, a 4G identifier, and a 5G identifier; and displaying the target network-state identifier on a display interface of the electronic device . acquiring a target delay of uplink data in response to the electronic device being in a service state, wherein the service state is an eMBB service state or a NR uRLLC service state, and the target delay of uplink data is a delay time between the electronic device and any of the first network device and second network device ; determining a target network-state identifier of a current communication state of the electronic device according to the target delay of uplink data, wherein the target network-state identifier comprises at least one of a NR uRLLC identifier, a 4G identifier, and a 5G identifier; and displaying the target network-state identifier on a display interface of the electronic device .