mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical screwdriver comprising: - a first rotating shaft configured to be rotated about a respective longitudinal axis (X); - a second rotating shaft extending along a respective development axis (Y) and having a shaped end tip which can be inserted into the head of a screw; - a transmission member having a homokinetic spherical joint interposed between respective first ends of the shafts to transfer the rotation from the first shaft to the second shaft ; - a cylindrical sleeve which is internally hollow to accommodate at least partially said shafts and said homokinetic spherical joint ; said first shaft having a second end opposite to the first and projecting out of a first opening of the sleeve ; said shaped tip of the second shaft projecting out of a second opening of the sleeve opposite to the first opening ; characterized in that said first shaft comprises a first portion and a second portion configured to be coaxially joined to each other inside the sleeve ; said second end of the first shaft being located in the first portion which is distal from the second shaft ; the first portion having a shaped pin configured to be reversibly joined to a respective shaped seat of the second portion , so that the first portion can be removed from the sleeve . - a first rotating shaft configured to be rotated about a respective longitudinal axis (X); - a second rotating shaft extending along a respective development axis (Y) and having a shaped end tip which can be inserted into the head of a screw; - a transmission member having a homokinetic spherical joint interposed between respective first ends of the shafts to transfer the rotation from the first shaft to the second shaft ; - a cylindrical sleeve which is internally hollow to accommodate at least partially said shafts and said homokinetic spherical joint ; said first shaft having a second end opposite to the first and projecting out of a first opening of the sleeve ; said shaped tip of the second shaft projecting out of a second opening of the sleeve opposite to the first opening ; characterized in that said first shaft comprises a first portion and a second portion configured to be coaxially joined to each other inside the sleeve ; said second end of the first shaft being located in the first portion which is distal from the second shaft ; the first portion having a shaped pin configured to be reversibly joined to a respective shaped seat of the second portion , so that the first portion can be removed from the sleeve . characterized in that said first shaft comprises a first portion and a second portion configured to be coaxially joined to each other inside the sleeve ; said second end of the first shaft being located in the first portion which is distal from the second shaft ; the first portion having a shaped pin configured to be reversibly joined to a respective shaped seat of the second portion , so that the first portion can be removed from the sleeve .
Outdoor unit for an air source heat pump, comprising: a heat exchanger ; a bottom having an upper inner side and a lower outer side , the bottom supporting a lower end of the heat exchanger ; and first and second supports at the lower outer side of the bottom for supporting the bottom , wherein the bottom has at least one drainage edge extending along a portion of the supports and being configured to drain liquid accumulating on the upper inner side of the bottom to the outside, wherein the drainage edge slopes from the inner side of the bottom in a direction to the outer side of the bottom away from the supports characterized in that the bottom comprises a first cutout extending between the first and second supports , wherein the bottom supports the lower end of the heat exchanger at distanced discrete first and second supported portions of the heat exchanger in areas corresponding to the first and second supports so that a portion of the heat exchanger spans the cutout and wherein the first cutout extends along a major portion of the lower end of the heat exchanger between the first and second supported portions of the heat exchanger . a heat exchanger ; a bottom having an upper inner side and a lower outer side , the bottom supporting a lower end of the heat exchanger ; and first and second supports at the lower outer side of the bottom for supporting the bottom , wherein the bottom has at least one drainage edge extending along a portion of the supports and being configured to drain liquid accumulating on the upper inner side of the bottom to the outside, wherein the drainage edge slopes from the inner side of the bottom in a direction to the outer side of the bottom away from the supports characterized in that the bottom comprises a first cutout extending between the first and second supports , wherein the bottom supports the lower end of the heat exchanger at distanced discrete first and second supported portions of the heat exchanger in areas corresponding to the first and second supports so that a portion of the heat exchanger spans the cutout and wherein the first cutout extends along a major portion of the lower end of the heat exchanger between the first and second supported portions of the heat exchanger .
Microscope having a stand , the microscope being designed as an surgical microscope, the tripod having a braking device for locking the stand , and the stand having rolls for moving the tripod , characterised in that the braking device is designed as a dead man's brake , wherein a non-operation of the dead man's brake , by activating a brake for blocking at least one of the rolls , locks the stand .
Speaker comprising a magnet, a voice coil, and a diaphragm, wherein the diaphragm comprises tapes of ultra-high molecular weight polyethylene, the tapes having an uniplanar orientation parameter of at least 3.
A method performed by a wireless device , operating in a wireless communications network , the method comprising: sending a Random Access Preamble to a network node ; receiving, in response to the Random Access Preamble, a Random Access Response comprising an uplink transmission grant for the UE ; and sending, to the network node in response to the received Random Access Response comprising the uplink transmission grant, a message comprising a one byte header prepended to a payload, the header including a first indicator , the first indicator indicating that the message is of a first type having a fixed size Service Data Unit, SDU, as the payload, and the header omitting a second indicator indicating a payload length. sending a Random Access Preamble to a network node ; receiving, in response to the Random Access Preamble, a Random Access Response comprising an uplink transmission grant for the UE ; and sending, to the network node in response to the received Random Access Response comprising the uplink transmission grant, a message comprising a one byte header prepended to a payload, the header including a first indicator , the first indicator indicating that the message is of a first type having a fixed size Service Data Unit, SDU, as the payload, and the header omitting a second indicator indicating a payload length.
Helmet , especially full face helmet , comprising an outer shell , a lower opening in the outer shell , a closable visor , an air intake opening in the outer shell for breathing air, a receiving space adapted to receive an air filter element inside the shell , the air intake opening allowing air to flow from the outside of the outer shell to the receiving space , a clean side opening connecting the receiving space to the inside of the helmet for providing filtered air, and a removable air filter element , wherein the air filter element is positioned in the receiving space , characterized in that , the receiving space comprises an access opening to the lower side of the helmet for servicing the filter element .
A closure device for dispensing an additive product into a container having a main liquid compartment and an opening with a threaded container neck , the closure device comprising: a cap member having a threaded side wall adapted to be secured to the threaded container neck, a pressurised fluid chamber containing an additive product, the fluid chamber being fixed to the cap member and having a bottom aperture at its lower end, a plug member housing including a plug member and a flange member adapted to extend at least partially across the top of the container neck, the plug member being sealingly engageable in the bottom aperture of the fluid chamber, wherein the plug member is provided with a nozzle , characterized in that the plug member housing is adapted to move relative to the cap member between a first closed position of the closure device, in which the plug member seals the bottom aperture closed and in which a first detent member provided on the plug member housing is engaged by a second detent member provided on the cap member to prevent movement of the plug member housing away from the cap member, and a second open or firing position, in which the plug member housing is urged towards the cap member by contact with the threaded container neck and the plug member is raised relative to the bottom aperture to provide a fluid path for the additive product from the fluid chamber through the nozzle to the main liquid compartment. a cap member having a threaded side wall adapted to be secured to the threaded container neck, a pressurised fluid chamber containing an additive product, the fluid chamber being fixed to the cap member and having a bottom aperture at its lower end, a plug member housing including a plug member and a flange member adapted to extend at least partially across the top of the container neck, the plug member being sealingly engageable in the bottom aperture of the fluid chamber, wherein the plug member is provided with a nozzle , characterized in that the plug member housing is adapted to move relative to the cap member between a first closed position of the closure device, in which the plug member seals the bottom aperture closed and in which a first detent member provided on the plug member housing is engaged by a second detent member provided on the cap member to prevent movement of the plug member housing away from the cap member, and a second open or firing position, in which the plug member housing is urged towards the cap member by contact with the threaded container neck and the plug member is raised relative to the bottom aperture to provide a fluid path for the additive product from the fluid chamber through the nozzle to the main liquid compartment.
A rail train body, mainly comprising a main structure formed by a roof , a side wall , a bottom rack , a side roof connecting profile , a side bottom connecting profile and an independent door corner portion , characterized in that : the roof is primarily formed by welding and assembling a roof side beam profile , an air conditioner plate profile and an arc-shaped roof profile ; the side wall is primarily formed by welding and assembling a side wallboard profile , a door column profile and a side wall upper beam profile ; the bottom rack is primarily formed by welding and assembling bottom rack side beam profiles and a bottom rack floor profile , and the bottom rack floor profile is at the middle position, and the bottom rack side beam profiles are respectively located on two sides of the bottom rack floor profile ; the roof and the side wall are connected in a Bobbin Tool FSW manner,and the side wall and the bottom rack are connected in a Bobbin Tool FSW manner; and the side roof connecting profile located above a door opening is used for connecting the roof and the side wall , the side bottom connecting profile is used for connecting the side wall and the bottom rack , and the side bottom connecting profile is arranged above the bottom rack floor profile ; and the independent door corner portion is located at each end of the side bottom connecting profile and is used for connecting the side wall , the bottom rack and the side bottom connecting profile . the roof is primarily formed by welding and assembling a roof side beam profile , an air conditioner plate profile and an arc-shaped roof profile ; the side wall is primarily formed by welding and assembling a side wallboard profile , a door column profile and a side wall upper beam profile ; the bottom rack is primarily formed by welding and assembling bottom rack side beam profiles and a bottom rack floor profile , and the bottom rack floor profile is at the middle position, and the bottom rack side beam profiles are respectively located on two sides of the bottom rack floor profile ; the roof and the side wall are connected in a Bobbin Tool FSW manner,and the side wall and the bottom rack are connected in a Bobbin Tool FSW manner; and the side roof connecting profile located above a door opening is used for connecting the roof and the side wall , the side bottom connecting profile is used for connecting the side wall and the bottom rack , and the side bottom connecting profile is arranged above the bottom rack floor profile ; and the independent door corner portion is located at each end of the side bottom connecting profile and is used for connecting the side wall , the bottom rack and the side bottom connecting profile .
A load test system for performing a load test of a generator , characterized by the load test system comprising: a plurality of chargers having an AC/DC conversion function being connected in parallel, to which AC power generated from the generator is inputted; one storage battery to which AC power inputted to the plurality of chargers having the AC/DC conversion function being connected in parallel is converted into DC power of a predetermined output voltage and then inputted, a load resistor to which AC power generated from the generator is inputted, and a DC/AC converter for converting DC power from the one storage battery into AC power, wherein the plurality of chargers having the AC/DC conversion function are connected to the one storage battery , the load resistor has a dry-type resistor unit for converting the inputted AC power into thermal energy, and at an instantaneous power loss, power charged in the one storage battery is supplied to a cooling fan of the load resistor , then the load test system is stopped. a plurality of chargers having an AC/DC conversion function being connected in parallel, to which AC power generated from the generator is inputted; one storage battery to which AC power inputted to the plurality of chargers having the AC/DC conversion function being connected in parallel is converted into DC power of a predetermined output voltage and then inputted, a load resistor to which AC power generated from the generator is inputted, and a DC/AC converter for converting DC power from the one storage battery into AC power, wherein the plurality of chargers having the AC/DC conversion function are connected to the one storage battery , the load resistor has a dry-type resistor unit for converting the inputted AC power into thermal energy, and at an instantaneous power loss, power charged in the one storage battery is supplied to a cooling fan of the load resistor , then the load test system is stopped.
Method for reconditioning an exhausted battery module (BM) in an uninterruptible power supply system with at least one base unit (GE) and at least one battery module (BM), which has at least two accumulator units (A1, ..., A4) with associated internal exhaustive discharge monitoring in each case, wherein the at least one battery module (BM) is linked to the base unit (GE) via connection lines (Lp, Ln), characterised in that: after starting a network-side supply (Ue), a terminal voltage (U K ) of the at least one battery module (BM) is determined and compared with a predefinable threshold value; if the threshold value is fallen below after a predefinable waiting time has elapsed, an inverse polarity protection unit (P) arranged in one of the connection lines (Lp, Ln) is switched on for a predefinable time pulse; if a communication between the base unit (GE) and the at least one battery module (BM) is ascertained during the time pulse, then the inverse polarity protection unit (P) is switched on permanently and, in the at least one battery module (BM), a respective voltage drop is determined by means of a load network (BL) at each of the at least two accumulator units (A1, ..., A4) and the respective voltage drop is compared with a predefined minimum voltage; and if at least one of the voltage drops determined at the respective accumulator units (A1, ..., A4) falls below the predefined minimum voltage, then a predefined charging voltage (U LS ) is applied to the at least one battery module (BM) until either a predefinable period of time is exceeded or a predefinable current value is surpassed by a charging current (I LS ) determined in the base unit (GE), depending on which of these events occurs earlier. after starting a network-side supply (Ue), a terminal voltage (U K ) of the at least one battery module (BM) is determined and compared with a predefinable threshold value; if the threshold value is fallen below after a predefinable waiting time has elapsed, an inverse polarity protection unit (P) arranged in one of the connection lines (Lp, Ln) is switched on for a predefinable time pulse; if a communication between the base unit (GE) and the at least one battery module (BM) is ascertained during the time pulse, then the inverse polarity protection unit (P) is switched on permanently and, in the at least one battery module (BM), a respective voltage drop is determined by means of a load network (BL) at each of the at least two accumulator units (A1, ..., A4) and the respective voltage drop is compared with a predefined minimum voltage; and if at least one of the voltage drops determined at the respective accumulator units (A1, ..., A4) falls below the predefined minimum voltage, then a predefined charging voltage (U LS ) is applied to the at least one battery module (BM) until either a predefinable period of time is exceeded or a predefinable current value is surpassed by a charging current (I LS ) determined in the base unit (GE), depending on which of these events occurs earlier.
A method performed by a wireless device for calculating a subscription concealed identifier, SUCI, the method comprising: - receiving a message indicating a criterion associated with a size of a SUCI; - calculating the SUCI based on an encryption scheme; - determining whether the calculated SUCI satisfies the criterion associated with the size of the SUCI; and - using the calculated SUCI only if it is determined that it satisfies the criterion associated with the size of the SUCI. - receiving a message indicating a criterion associated with a size of a SUCI; - calculating the SUCI based on an encryption scheme; - determining whether the calculated SUCI satisfies the criterion associated with the size of the SUCI; and - using the calculated SUCI only if it is determined that it satisfies the criterion associated with the size of the SUCI.
An auto-injector device for delivering a liquid medicament, comprising: - an injector body, - a syringe received in the injector body - a needle disposed in a first end of the syringe to extend toward an opening of the injector body, - an injector cap to enclose the opening and cover the needle, and - a releasable attachment mechanism configured to secure the cap in place covering the needle and comprising first and second engaging parts (124, 181; 24, 25; 40, 30, 50); characterized in that the first and second engaging parts (124, 181; 24, 25; 40, 30, 50) cooperate in an attached position to secure the cap in position covering the needle and wherein the attachment mechanism is configured to move into a release position in which the first and second engaging parts (124, 181; 24, 25; 40, 30, 50) are in reduced cooperation when above a threshold temperature to facilitate detachment of the injector cap to expose the needle . - an injector body, - a syringe received in the injector body - a needle disposed in a first end of the syringe to extend toward an opening of the injector body, - an injector cap to enclose the opening and cover the needle, and - a releasable attachment mechanism configured to secure the cap in place covering the needle and comprising first and second engaging parts (124, 181; 24, 25; 40, 30, 50);
Process for producing a hydrogel-forming multicomponent fibre comprising at least one first fibre component and at least one second fibre component, where the first and second fibre components are selected independently of one another from the group of polysaccharides and/or polysaccharide derivatives, and where the first fibre component is produced from a polysaccharide and/or polysaccharide derivative having a water solubility, as defined in the Test Methods section, of more than 50% by weight, preferably of more than 80% by weight and most preferably of more than 95% by weight, and where the multicomponent fibre has a water solubility, as defined in the Test Methods section, of less than 15% by weight, characterized in that the second fibre component is produced from a polysaccharide and/or polysaccharide derivative having a water solubility, as defined in the Test Methods section, of 0% by weight to 5% by weight.
Casing for a control device, comprising: - at least one through-opening formed in one part of the casing and - a particle blocker , which is arranged at the through-opening and closes it, wherein the particle blocker has at least one slit , which is positioned over the through-opening , and the particle blocker is a sticker. - at least one through-opening formed in one part of the casing and - a particle blocker , which is arranged at the through-opening and closes it, wherein the particle blocker has at least one slit , which is positioned over the through-opening , and the particle blocker is a sticker.