mhurhangee/patent-ind-claim-en huggingface dataset:
Drive device for a kitchen appliance having - an electric motor and - a planetary gear system , wherein the rotor of the electric motor extends via the motor shaft into the planetary gear system , - an assembly slide which serves as a base for the electrically operated motor and the planetary gear system and - a base plate , wherein the assembly slide is arranged in a displaceable and fixable manner on the base plate , wherein the output shaft of the planetary gear system extends below the base plate and has a first toothed belt pulley at that point, - an output shaft which is remote from the position of the assembly slide with a coupling for a mixing tool, wherein the remote output shaft is arranged parallel to the axis of rotation (U) of the electric motor and wherein the remote output shaft has a second toothed belt pulley which is arranged in the same plane as the first toothed belt pulley of the output shaft of the planetary gear system and the two toothed belt pulleys are connected together via a toothed belt , - wherein the shaft of the electric motor extends into the planetary gear system and as a sun gear of the planetary gear system has a helical toothing and meshes with the planet gears of the planetary gear system , - wherein the shaft of the motor and the sun gear consist of metal and the planet gears are produced from plastic, and - the two toothed belt pulleys have the same diameter and during operation the two toothed belt pulleys which are connected via the toothed belt have a transmission ratio of one. - an electric motor and - a planetary gear system , wherein the rotor of the electric motor extends via the motor shaft into the planetary gear system , - an assembly slide which serves as a base for the electrically operated motor and the planetary gear system and - a base plate , wherein the assembly slide is arranged in a displaceable and fixable manner on the base plate , wherein the output shaft of the planetary gear system extends below the base plate and has a first toothed belt pulley at that point, - an output shaft which is remote from the position of the assembly slide with a coupling for a mixing tool, wherein the remote output shaft is arranged parallel to the axis of rotation (U) of the electric motor and wherein the remote output shaft has a second toothed belt pulley which is arranged in the same plane as the first toothed belt pulley of the output shaft of the planetary gear system and the two toothed belt pulleys are connected together via a toothed belt , - wherein the shaft of the electric motor extends into the planetary gear system and as a sun gear of the planetary gear system has a helical toothing and meshes with the planet gears of the planetary gear system , - wherein the shaft of the motor and the sun gear consist of metal and the planet gears are produced from plastic, and - the two toothed belt pulleys have the same diameter and during operation the two toothed belt pulleys which are connected via the toothed belt have a transmission ratio of one.
A method for wireless communication by a user equipment , UE, the method comprising: receiving , from a network entity , a medium access control control element, MAC-CE, indicating a path loss reference signal, PL RS, update for an uplink channel; determining whether one or more conditions are satisfied, the one or more conditions include whether a same PL RS is already measured or maintained for power control of one or more other uplink channels; and determining an application time for applying the PL RS update based on whether the one more conditions are satisfied. receiving , from a network entity , a medium access control control element, MAC-CE, indicating a path loss reference signal, PL RS, update for an uplink channel; determining whether one or more conditions are satisfied, the one or more conditions include whether a same PL RS is already measured or maintained for power control of one or more other uplink channels; and determining an application time for applying the PL RS update based on whether the one more conditions are satisfied.
A method of entropy coding of image or video data in an image or video encoder or decoder using CABAC, the method comprising: encoding or decoding a current bin of a binary data of a current coding symbol according to a probability of a binary value of the current bin, wherein the probability of the binary value of the current bin is generated from one or more previously coded symbols before the current coding symbol; and updating the probability of the binary value according to the binary value of the current bin for a next bin, wherein values of a first range or values of a second range, referred to as range Zero values and range One values, respectively, derived from at least one range lookup table are used for encoding or decoding the current bin, characterized in that for a first probability range and a second probability range, referred to as Zero probability range and One probability range, respectively, said at least one range lookup table only includes range values for the Zero probability range or the One probability range, between 0.0 and 0.5, referred to as range smaller half, rangeSH, and wherein the range value of the Zero probability range or the One probability range between 0.5 and 1.0 are derived by (current range - rangeSH). encoding or decoding a current bin of a binary data of a current coding symbol according to a probability of a binary value of the current bin, wherein the probability of the binary value of the current bin is generated from one or more previously coded symbols before the current coding symbol; and updating the probability of the binary value according to the binary value of the current bin for a next bin, wherein values of a first range or values of a second range, referred to as range Zero values and range One values, respectively, derived from at least one range lookup table are used for encoding or decoding the current bin, characterized in that for a first probability range and a second probability range, referred to as Zero probability range and One probability range, respectively, said at least one range lookup table only includes range values for the Zero probability range or the One probability range, between 0.0 and 0.5, referred to as range smaller half, rangeSH, and wherein the range value of the Zero probability range or the One probability range between 0.5 and 1.0 are derived by (current range - rangeSH).
A recombinant vaccination vector expressing (a) an envelope protein (HBs-antigen) from hepatitis B virus serotype adw, wherein the envelope protein is preferably a small or large envelope protein from hepatitis B virus genotype A serotype adw, wherein the small or large envelope protein is preferably a small envelope protein; and (b) a core protein (HBc-antigen) from hepatitis B virus serotype ayw, wherein the core protein is preferably from hepatitis B virus genotype D serotype ayw; and at least one of the following: (c) an immunogenic envelope protein (HBs-antigen) from hepatitis B virus having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 1; and/or (d) an immunogenic core protein (HBc-antigen) from hepatitis B virus having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 2; and/or (e) an immunogenic RT domain of a polymerase from hepatitis B virus having at least 90 % sequence identity to the amino acid sequence set forth in SEQ ID NO: 3. (a) an envelope protein (HBs-antigen) from hepatitis B virus serotype adw, wherein the envelope protein is preferably a small or large envelope protein from hepatitis B virus genotype A serotype adw, wherein the small or large envelope protein is preferably a small envelope protein; and (b) a core protein (HBc-antigen) from hepatitis B virus serotype ayw, wherein the core protein is preferably from hepatitis B virus genotype D serotype ayw; (c) an immunogenic envelope protein (HBs-antigen) from hepatitis B virus having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 1; and/or (d) an immunogenic core protein (HBc-antigen) from hepatitis B virus having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 2; and/or (e) an immunogenic RT domain of a polymerase from hepatitis B virus having at least 90 % sequence identity to the amino acid sequence set forth in SEQ ID NO: 3.
A closed-environment comprising a closed-environment air purification system wherein the closed-environment is a sealed environment that does not exchange air with the environment surrounding the closed environment; the closed-environment air purification system comprising: an air line for circulating air within the closed-environment; and a purifier , situated in the air line , through which air from the closed-environment can be recirculated; the system characterized by the purifier having a reactor bed including media comprised of support particles and a metal catalyst disposed on the support particles; wherein the media has 2% to 30% by weight of the metal catalyst ; wherein the metal catalyst is platinum or oxides thereof; and wherein the support particles are formed of carbon material; the purifier being capable at a temperature of equal or less than 35°C of converting hydrogen in the air to water and converting carbon monoxide in the air to carbon dioxide. an air line for circulating air within the closed-environment; and a purifier , situated in the air line , through which air from the closed-environment can be recirculated; the system characterized by the purifier having a reactor bed including media comprised of support particles and a metal catalyst disposed on the support particles; wherein the media has 2% to 30% by weight of the metal catalyst ; wherein the metal catalyst is platinum or oxides thereof; and wherein the support particles are formed of carbon material; the purifier being capable at a temperature of equal or less than 35°C of converting hydrogen in the air to water and converting carbon monoxide in the air to carbon dioxide.
Dapansutrile, or a pharmaceutically acceptable solvate thereof, as a pharmaceutical compound for use in a method of preventing and/or treating melanoma in a human subject.
A battery module , comprising: a plurality of pouch-type secondary batteries configured to respectively have an electrode lead and arranged to be stacked in at least one direction; and a bus bar made of an electrically conductive material and bonded to at least two electrode leads of the secondary batteries to electrically connect the secondary batteries to each other, wherein the electrode lead is configured to protrude from the secondary battery in a front and rear direction, and at least one of left and right side surfaces of the electrode lead is bonded to the bus bar , wherein the bus bar includes a main frame having at least one hole (H1) formed therein so that one end of the electrode lead is inserted therethrough, wherein the bus bar includes a bonding plate having a front surface , a rear surface and side portions , based on a front and rear direction, and wherein a side portion of the bonding plate is bonded to a side surface of the electrode lead in a left direction or a right direction, the electrode lead being bent in a range of less than 30 degrees with respect to the front and rear direction along which the electrode lead protrudes. a plurality of pouch-type secondary batteries configured to respectively have an electrode lead and arranged to be stacked in at least one direction; and a bus bar made of an electrically conductive material and bonded to at least two electrode leads of the secondary batteries to electrically connect the secondary batteries to each other, wherein the electrode lead is configured to protrude from the secondary battery in a front and rear direction, and at least one of left and right side surfaces of the electrode lead is bonded to the bus bar , wherein the bus bar includes a main frame having at least one hole (H1) formed therein so that one end of the electrode lead is inserted therethrough, wherein the bus bar includes a bonding plate having a front surface , a rear surface and side portions , based on a front and rear direction, and wherein a side portion of the bonding plate is bonded to a side surface of the electrode lead in a left direction or a right direction, the electrode lead being bent in a range of less than 30 degrees with respect to the front and rear direction along which the electrode lead protrudes.
A hair styling device comprising first and second arms , each arm having a handle portion coupled to a clamping portion , the arms being coupled to each other at a first end adjacent the handle portions, allowing the clamping portions to be moveable relative to each other between an open position and a closed position in which a curl forming apparatus may be held between the clamping portions ; wherein the clamping portion of the first arm houses a heater element and includes a concave shaped surface heatable by the heater element and the clamping portion of the second arm includes a convex shaped clamping surface , and wherein when the clamping portions are in the closed position, the heatable surface of the first arm and the clamping surface of the second arm are spaced apart by a separation distance.
A non-diagnostic method of detecting a cancer in a live animal to which a chemiluminescent probe and a near-infrared (NIR) nanoparticle have been administered, wherein: (i) the chemiluminescent probe consists of a chemiluminescent probe that emits chemiluminescence in the presence of a product of endogenous enzyme activity in a live animal; (ii) the NIR nanoparticle emits light upon exposure to the chemiluminescence emitted from the chemiluminescent probe without the use of exogenous enzymes; the method comprising: detecting the light emitted from the NIR nanoparticle, thereby detecting the cancer in the live animal. (i) the chemiluminescent probe consists of a chemiluminescent probe that emits chemiluminescence in the presence of a product of endogenous enzyme activity in a live animal; (ii) the NIR nanoparticle emits light upon exposure to the chemiluminescence emitted from the chemiluminescent probe without the use of exogenous enzymes;
A floating structure comprising: a floating platform disposed at a water surface ; a mooring system configured for mooring one side of the floating platform to a sea floor , thereby to permit rotation of the floating structure and to provide a desired orientation down-wind with respect to an anchor point ; and a damping system arranged at said one side of the floating platform for absorbing the wave energy and the stresses imparted by the motion of waves in order to stabilize a horizontal position of the floating structure during a storm; characterized in that the mooring system including an anchor configured for resting on a sea floor, an anchor-connecting element providing connection of the floating platform to the anchor , and a shock absorbance buoy ; the shock absorbance buoy is connected to ends of the floating platform which are both located at said one side of the platform to 15 provide a desired orientation down-wind with respect to the anchor ; the damping system includes a set of floating bodies configured to float up and down independently along with the waves on the water surface and at a depth where wave action is most prevalent; the floating bodies have a weight sufficient for absorbing energy of strong waves; the floating bodies are arranged in a plurality of rows which are parallel to said one side of the floating structure and are perpendicular to the direction of the incoming waves, the rows extending apart from said one side along the direction of the incoming waves; each floating body is independent from the others. a floating platform disposed at a water surface ; a mooring system configured for mooring one side of the floating platform to a sea floor , thereby to permit rotation of the floating structure and to provide a desired orientation down-wind with respect to an anchor point ; and a damping system arranged at said one side of the floating platform for absorbing the wave energy and the stresses imparted by the motion of waves in order to stabilize a horizontal position of the floating structure during a storm; characterized in that the mooring system including an anchor configured for resting on a sea floor, an anchor-connecting element providing connection of the floating platform to the anchor , and a shock absorbance buoy ; the shock absorbance buoy is connected to ends of the floating platform which are both located at said one side of the platform to 15 provide a desired orientation down-wind with respect to the anchor ; the damping system includes a set of floating bodies configured to float up and down independently along with the waves on the water surface and at a depth where wave action is most prevalent; the floating bodies have a weight sufficient for absorbing energy of strong waves; the floating bodies are arranged in a plurality of rows which are parallel to said one side of the floating structure and are perpendicular to the direction of the incoming waves, the rows extending apart from said one side along the direction of the incoming waves; each floating body is independent from the others.
Decompression screw adapted for processing rubber compounds, wherein the screw core diameter in the melting and metering section , in a direction from feeding section to the end of the melting and metering section , decreases and/or the pitch of the helix in the melting and metering section increases in a direction from feeding section to the end of the melting and metering section characterized in that the ratio of the channel volume at the feeding section to the channel volume at the end of the melting and metering section is in the range from 0,8 to 1.
A supply of cushioning material for wrapping at least one object, which comprises a stack formed of a multitude of prefabricated sheets of three-dimensional cushioning material , characterized in that adjacent sheets are connected to each other preferably in the region of at least one edge by means of a releasable adhesive system , the adhesive system being designed such that the connection can be released without auxiliary means, i.e. without special heat exposure and without chemicals and without special tools simply by mechanical action, and non-destructively, i.e. without damaging the cushioning material .
Control system for controlling a braking system of a rail vehicle, which has a plurality of controllers , which are each connected to a brake unit , wherein the controllers each have their own processing unit and are configured such that the controllers are able to communicate directly with one another, in order to individually or jointly perform one or more braking-related tasks, characterised in that , the local processing power of each controller is also available centrally and can be used centrally.
A dosage system for dosing one or more fluids, in particular liquid products, comprising: a first dosage valve comprising at least a first and a second input connector and an outlet , wherein the input connectors are each connected to a corresponding first and second feeding line each connectable to a fluid reservoir , and wherein the outlet is connected to a dosing line , which is connectable to a first or second appliance , a first pump arranged at the dosing line for pumping a fluid from the corresponding fluid reservoir towards said first or second appliance , wherein the first dosage valve is configured to switchably connect at least one input connector to the outlet , wherein a second dosage valve comprising at least a first and a second output connector and at least one inlet is provided, wherein the at least one inlet is connected to the dosing line , wherein the output connectors are each connected to a corresponding first and second discharge line , wherein the first and second discharge line are attached to a corresponding of said first and second appliance ; wherein at least one flushing line is connected to at least one discharge line , and wherein the flushing line is connected to a fluid supply and comprises a flushing valve for controlling the amount of fluid that is supplied through the flushing line . a first dosage valve comprising at least a first and a second input connector and an outlet , wherein the input connectors are each connected to a corresponding first and second feeding line each connectable to a fluid reservoir , and wherein the outlet is connected to a dosing line , which is connectable to a first or second appliance , a first pump arranged at the dosing line for pumping a fluid from the corresponding fluid reservoir towards said first or second appliance , wherein the first dosage valve is configured to switchably connect at least one input connector to the outlet , wherein a second dosage valve comprising at least a first and a second output connector and at least one inlet is provided, wherein the at least one inlet is connected to the dosing line , wherein the output connectors are each connected to a corresponding first and second discharge line , wherein the first and second discharge line are attached to a corresponding of said first and second appliance ; wherein at least one flushing line is connected to at least one discharge line , and wherein the flushing line is connected to a fluid supply and comprises a flushing valve for controlling the amount of fluid that is supplied through the flushing line .