mhurhangee/patent-ind-claim-en huggingface dataset:
Method for cooling a consumer by way of a consumer medium, in which a cooling medium present in a cryostat in a liquid phase and in a gas phase is brought into thermal contact with a consumer , wherein, by means of a vacuum pump , cooling medium is extracted continuously from the gas phase , the extracted gaseous cooling medium from the cryostat is supplied to a condenser and reliquefied, and the reliquefied cooling medium is expanded at a throttling member to a pressure prevailing in the cryostat and is supplied to the cryostat again, wherein, upstream of the vacuum pump , at least a partial stream of the cooling medium extracted from the gas phase in the cryostat is brought into thermal contact with the cooling medium in the condenser , characterized in that the gaseous cooling medium extracted from the cryostat by means of the vacuum pump is compressed in a compressor in the condenser , and is subsequently cooled in a heat exchanger by an external coolant, expanded at an expansion member and supplied to a separator for separating a gas phase from a liquid phase, wherein the cooling medium from the gas phase of the separator is brought into thermal contact in a counterflow heat exchanger with the compressed cooling medium downstream of the compressor and upstream of the expansion member and the cooling medium from the liquid phase of the separator is supplied to the throttling member . wherein, upstream of the vacuum pump , at least a partial stream of the cooling medium extracted from the gas phase in the cryostat is brought into thermal contact with the cooling medium in the condenser , characterized in that the gaseous cooling medium extracted from the cryostat by means of the vacuum pump is compressed in a compressor in the condenser , and is subsequently cooled in a heat exchanger by an external coolant, expanded at an expansion member and supplied to a separator for separating a gas phase from a liquid phase, wherein the cooling medium from the gas phase of the separator is brought into thermal contact in a counterflow heat exchanger with the compressed cooling medium downstream of the compressor and upstream of the expansion member and the cooling medium from the liquid phase of the separator is supplied to the throttling member .
A hermetically sealed high voltage assembly comprising: - a hermetically sealed compartment delimited by rigid walls, wherein the compartment contains an active component at least partly surrounded by an insulation liquid ; - a hermetically sealed conservator delimited by rigid walls, wherein a level (L) of insulation liquid inside the conservator is at or below a level (L32) of a cover of the compartment ; and - a liquid connection between the conservator and the compartment , wherein the conservator is partly filled with a compressible fluid in direct contact with the insulation liquid , wherein the high voltage assembly is adapted so that operating conditions of the compressible fluid comprise an absolute pressure of the compressible fluid between a lower pressure limit and an upper pressure limit, and in that the conservator comprises an intake unit which is adapted to supply the conservator with the compressible fluid if an absolute pressure of the compressible fluid drops below the lower pressure limit. - a hermetically sealed compartment delimited by rigid walls, wherein the compartment contains an active component at least partly surrounded by an insulation liquid ; - a hermetically sealed conservator delimited by rigid walls, wherein a level (L) of insulation liquid inside the conservator is at or below a level (L32) of a cover of the compartment ; and - a liquid connection between the conservator and the compartment ,
Hand-held cut-off grinder , comprising: • a cutting disc which is arranged on a spindle and can be rotated about a rotational axis , the spindle being connected to an output shaft which can be rotated about an output rotational axis , • a motor housing with a drive motor which moves a drive shaft about a drive rotational axis , the drive shaft being connected in a torque-transmitting manner via a drive disc , a transmission element and an output disc to the output shaft , and • a cantilever with an arm cover and a support arm which is fixed by way of a first end on the motor housing and at the second end of which the output shaft is mounted, the arm cover being fastened to the support arm via a plurality of fastening elements , at least one fastening element of the plurality of fastening elements being arranged on a side, facing away from the drive shaft , of a first plane , the first plane being configured in a horizontal default position of the cut-off grinder as a vertical plane through the output rotational axis , characterized in that the arm cover is manufactured from a metal material. • a cutting disc which is arranged on a spindle and can be rotated about a rotational axis , the spindle being connected to an output shaft which can be rotated about an output rotational axis , • a motor housing with a drive motor which moves a drive shaft about a drive rotational axis , the drive shaft being connected in a torque-transmitting manner via a drive disc , a transmission element and an output disc to the output shaft , and • a cantilever with an arm cover and a support arm which is fixed by way of a first end on the motor housing and at the second end of which the output shaft is mounted, the arm cover being fastened to the support arm via a plurality of fastening elements , at least one fastening element of the plurality of fastening elements being arranged on a side, facing away from the drive shaft , of a first plane , the first plane being configured in a horizontal default position of the cut-off grinder as a vertical plane through the output rotational axis , characterized in that the arm cover is manufactured from a metal material.
A steam reformer , comprising: - a combustion chamber with a bottom, a ceiling and side walls terminating the combustion chamber, - catalyst tubes arranged in several rows with integrated recirculation of the product gas, which penetrate through the bottom of the combustion chamber, wherein the catalyst tubes are arranged such that the tube ports for the educt gas conduits and product gas conduits are located at the end of the catalyst tubes protruding downwards out of the combustion chamber, - feed conduits for the educt gas and collecting conduits for the product gas, which extend below the bottom of the combustion chamber, - burners for heating the catalyst tubes, which are installed in the bottom of the combustion chamber and are directed vertically upwards into the combustion chamber, - feed conduits extending below the bottom of the combustion chamber, each for supplying the air and the fuel gas to the burners , - openings installed in the ceiling of the combustion chamber for discharging the burner waste gas , - channels extending above the ceiling of the combustion chamber for discharging the burner waste gas . - a combustion chamber with a bottom, a ceiling and side walls terminating the combustion chamber, - catalyst tubes arranged in several rows with integrated recirculation of the product gas, which penetrate through the bottom of the combustion chamber, wherein the catalyst tubes are arranged such that the tube ports for the educt gas conduits and product gas conduits are located at the end of the catalyst tubes protruding downwards out of the combustion chamber, - feed conduits for the educt gas and collecting conduits for the product gas, which extend below the bottom of the combustion chamber, - burners for heating the catalyst tubes, which are installed in the bottom of the combustion chamber and are directed vertically upwards into the combustion chamber, - feed conduits extending below the bottom of the combustion chamber, each for supplying the air and the fuel gas to the burners , - openings installed in the ceiling of the combustion chamber for discharging the burner waste gas , - channels extending above the ceiling of the combustion chamber for discharging the burner waste gas .
A device for cleaning teeth, - having a mouthpiece in the form of a substantially horseshoe-shaped dental arch , - having a retaining unit , - having a motor drive , - characterized in that - the dental arch is designed as a closed hollow body, - the side of the hollow body that faces the teeth has a tooth-cleaning film , - the tooth-cleaning film has an individualized surface contour matched to the tooth shape and jaw shape, - the tooth-cleaning film can be set into oscillation by the motor drive . - having a mouthpiece in the form of a substantially horseshoe-shaped dental arch , - having a retaining unit , - having a motor drive , - characterized in that - the dental arch is designed as a closed hollow body, - the side of the hollow body that faces the teeth has a tooth-cleaning film , - the tooth-cleaning film has an individualized surface contour matched to the tooth shape and jaw shape, - the tooth-cleaning film can be set into oscillation by the motor drive .
A needle assembly , comprising: a hub ; and a cannula distally extending from the hub , the cannula including a magnetizable material; characterised by a needle guard defining a volume configured to be removably attached to the needle assembly so as to cover the cannula , the needle guard including a magnetic material configured to magnetize the cannula when the cannula is disposed in the volume. a hub ; and a cannula distally extending from the hub , the cannula including a magnetizable material; characterised by a needle guard defining a volume configured to be removably attached to the needle assembly so as to cover the cannula , the needle guard including a magnetic material configured to magnetize the cannula when the cannula is disposed in the volume.
An induction cooker, comprising: a plurality of stoves , each of which comprises a transmitting coil and a driver for driving the transmitting coil to work; and a controller adapted to control the driver of each stove to generate a drive signal, and a wireless communication module , characterised in that , the drive signal generated by the driver of each stove comprises a periodically cyclic modulation signal sequence corresponding to a digital identification signal sequence, wherein the modulation signal sequences in the drive signals generated by the drivers of different stoves are different from each other, so that the stoves are identified and distinguished from each other according to the modulation signal sequences, and wherein the wireless communication module is adapted to receive a temperature signal and the digital identification signal sequence, and wherein the controller is adapted to identify the stove corresponding to the received temperature signal based on the received digital identification signal sequence, and to control the driver of the identified stove based on the received temperature signal, so that the temperature of the respective stove reaches a predetermined temperature. a plurality of stoves , each of which comprises a transmitting coil and a driver for driving the transmitting coil to work; and a controller adapted to control the driver of each stove to generate a drive signal, and a wireless communication module , characterised in that , the drive signal generated by the driver of each stove comprises a periodically cyclic modulation signal sequence corresponding to a digital identification signal sequence, wherein the modulation signal sequences in the drive signals generated by the drivers of different stoves are different from each other, so that the stoves are identified and distinguished from each other according to the modulation signal sequences, and wherein the wireless communication module is adapted to receive a temperature signal and the digital identification signal sequence, and wherein the controller is adapted to identify the stove corresponding to the received temperature signal based on the received digital identification signal sequence, and to control the driver of the identified stove based on the received temperature signal, so that the temperature of the respective stove reaches a predetermined temperature.
A ring for a bearing , the ring comprising a raceway ring being a hardened steel metal ring comprising a raceway surface configured and constructed for supporting and guiding rolling elements of the bearing , characterized in that the ring further comprises printed material bonded to the steel of the raceway ring , the printed material being material printed via an additive manufacturing process, wherein the raceway ring comprises an attachment element on the same side as the raceway surface for improving the bonding between printed material and the raceway ring .
Junction box comprising a base structure that defines a housing volume for electrical cables and other components, said base structure comprising a rear wall and perimeter walls , wherein the perimeter walls comprise removable portions which extend between the rear wall and a perimeter edge that defines an entrance to the housing volume, said removable portions being arranged such as to close a passage designed such that a flexible tube (T) can pass through the corresponding perimeter wall and wherein the perimeter edge comprises a shoulder , characterized in that said shoulder is provided with a plurality of through openings suitable for housing a tie (F) for locking the flexible tube (T), said through openings opening on one side towards the exterior of said base structure and on the other side into said housing volume in a region adjacent to said removable portions , wherein the shoulder extends from said perimeter edge towards the interior of the base structure .
A portable cart for a surgical robotic system, comprising: a chassis including a front portion and a rear portion ; a first wheeled mechanism coupled to the front portion of the chassis ; and a second wheeled mechanism coupled to the rear portion of the chassis ; wherein the first wheeled mechanism and the second wheeled mechanism facilitate maneuvering the portable cart ; and wherein the first wheeled mechanism comprises a steering mechanism coupled to a pair of wheels and configured to selectively pivot the pair of wheels to reconfigure the portable cart into a plurality of steering modes, the plurality of steering modes including a fore-and-aft steering mode allowing the portable cart to be maneuvered in a forward direction and a reverse direction, a turn-on-axis steering mode allowing the portable cart to be maneuvered in a rotational direction, and a lateral steering mode allowing the portable cart to be maneuvered in a lateral direction; wherein in the fore-and-aft steering mode the pair of wheels aligns parallel with a longitudinal axis of the portable cart ; wherein in the turn-on-axis steering mode the pair of wheels turns to opposing angles of approximately 45 degrees relative to the longitudinal axis of the portable cart ; and wherein in the lateral steering mode the pair of wheels aligns perpendicular to the longitudinal axis of the portable cart . a chassis including a front portion and a rear portion ; a first wheeled mechanism coupled to the front portion of the chassis ; and a second wheeled mechanism coupled to the rear portion of the chassis ; wherein the first wheeled mechanism and the second wheeled mechanism facilitate maneuvering the portable cart ; and wherein the first wheeled mechanism comprises a steering mechanism coupled to a pair of wheels and configured to selectively pivot the pair of wheels to reconfigure the portable cart into a plurality of steering modes, the plurality of steering modes including a fore-and-aft steering mode allowing the portable cart to be maneuvered in a forward direction and a reverse direction, a turn-on-axis steering mode allowing the portable cart to be maneuvered in a rotational direction, and a lateral steering mode allowing the portable cart to be maneuvered in a lateral direction; wherein in the fore-and-aft steering mode the pair of wheels aligns parallel with a longitudinal axis of the portable cart ; wherein in the turn-on-axis steering mode the pair of wheels turns to opposing angles of approximately 45 degrees relative to the longitudinal axis of the portable cart ; and wherein in the lateral steering mode the pair of wheels aligns perpendicular to the longitudinal axis of the portable cart .
A control unit for controlling a heavy duty vehicle , wherein the control unit is arranged to obtain input data indicative of a desired wheel force (Fx, Fy) to be generated by at least one wheel of the vehicle , and to translate the input data into a respective equivalent wheel speed or wheel slip to be maintained by the wheel to generate the desired wheel force (Fx, Fy) based on an inverse tyre model (f -1 ) for the wheel , wherein the control unit is arranged to obtain the inverse tyre model in dependence of a current operating condition of the wheel , and wherein the control unit is arranged to control the heavy duty vehicle based on the equivalent wheel speed or wheel slip, and characterized in that controlling the heavy duty vehicle based on the equivalent wheel speed or wheel slip comprises sending a request for the equivalent wheel speed or wheel slip to a motion support device controller . wherein the control unit is arranged to obtain input data indicative of a desired wheel force (Fx, Fy) to be generated by at least one wheel of the vehicle , and to translate the input data into a respective equivalent wheel speed or wheel slip to be maintained by the wheel to generate the desired wheel force (Fx, Fy) based on an inverse tyre model (f -1 ) for the wheel , wherein the control unit is arranged to obtain the inverse tyre model in dependence of a current operating condition of the wheel , and wherein the control unit is arranged to control the heavy duty vehicle based on the equivalent wheel speed or wheel slip, and characterized in that controlling the heavy duty vehicle based on the equivalent wheel speed or wheel slip comprises sending a request for the equivalent wheel speed or wheel slip to a motion support device controller .
A drive unit for a revolving door with an electronically commutated multi-pol motor , including a disc-shaped or pot-shaped stator part , which can be disposed at a static structural component of the revolving door , and including a disc-shaped or pot shaped rotor part , which is gearlessly connectable to a turnstile of the revolving door , wherein the stator part and the rotor part have a plane-parallel arrangement with regard to each other, and wherein an engagement device is disposed between the stator part and the rotor part for engaging in the rotary movement of the rotor part at the stator part , characterized in that the engagement device is embodied as a blocking device for blocking the rotary movement of the rotor part at the stator part , wherein the blocking device is statically disposed at the stator part and is embodied for positive engagement in the rotor part , and the blocking device includes an actuator and a blocking element , which the actuator can positively bring into a reception opening in the rotor part , wherein the rotor part includes an engagement disc , wherein the engagement disc includes one and preferably a number of reception openings , into which the blocking element engages during a lifting movement.
An isolated nucleic acid molecule comprising: (a) a polynucleotide sequence having at least 85% sequence identity to the polynucleotide sequence of SEQ ID NO:43, and wherein the % sequence identity can be found over a sequence of at least 50 nucleotides of SEQ ID NO: 43; or (b) a polynucleotide sequence that is fully complementary to the polynucleotide sequence of (a), wherein the isolated nucleic acid molecule is operably linked to a polynucleotide sequence encoding a heterologous protein and has promoter activity. (a) a polynucleotide sequence having at least 85% sequence identity to the polynucleotide sequence of SEQ ID NO:43, and wherein the % sequence identity can be found over a sequence of at least 50 nucleotides of SEQ ID NO: 43; or (b) a polynucleotide sequence that is fully complementary to the polynucleotide sequence of (a),
A level measurement device parameterisation system for arranging hardware components of a level measurement device and parameterising the level measurement device during an ordering process of the level measurement device, comprising a user computer having a user interface; and a central computer ; wherein there is a data communications link between the central computer and the user computer ; wherein the user computer is configured to generate, on the basis of user inputs via the user interface , configuration instructions and parameterisation instructions and to transmit them to the central computer ; wherein the central computer is configured to transmit control information to the user computer for providing the user interface , and to generate at least part of configuration information and/or parameterisation information for a level measurement device based on the configuration instructions and parameterisation instructions .
A remote attestation method, comprising: Receiving (S703), by a first network device, encrypted information and first measurement information of a second network device through the second network device, wherein the encrypted information is information obtained by encrypting (S701), by a third network device, second measurement information of the third network device; Determining (S704), by the first network device based on the first measurement information, that the second network device is system-trusted; and Decrypting (S705), by the first network device, the encrypted information to obtain the second measurement information. Receiving (S703), by a first network device, encrypted information and first measurement information of a second network device through the second network device, wherein the encrypted information is information obtained by encrypting (S701), by a third network device, second measurement information of the third network device; Determining (S704), by the first network device based on the first measurement information, that the second network device is system-trusted; and Decrypting (S705), by the first network device, the encrypted information to obtain the second measurement information.
Device with a storage device arranged in a storage position in a storage cavity of a handle for storing screwdriver inserts which can be optionally inserted into a chuck , in particular of the device, wherein the storage device can be brought out of the storage cavity into a removal position in an axial direction relative to an actuating axis (A), in which the storage device can be brought about a pivot bearing into a pivot position relative to the actuating axis (A), in which at least one of the screwdriver inserts of the storage device can be removed, characterised in that the pivot bearing forms a bearing point about which the storage device can be pivoted, the figure axis of the storage device being movable about the actuating axis (A) on a conical lateral surface in the pivoted position.