mhurhangee/patent-ind-claim-en huggingface dataset:
Active accelerator pedal of a vehicle, comprising - a pedal unit having a pedal pivotally arranged on a pivot axis , and - an actuator unit having an electrical drive , and a worm gear with a worm and a driven worm element , - wherein the worm gear is arranged between the electrical drive and the pedal unit , and - wherein the actuator unit is designed to apply a counterforce in opposition to a pedal force exerted on the pedal, characterized in that the pedal unit comprises a first stop and the actuator unit a second stop , in order to transmit the counterforce applied by the actuator unit to the pedal unit . - a pedal unit having a pedal pivotally arranged on a pivot axis , and - an actuator unit having an electrical drive , and a worm gear with a worm and a driven worm element , - wherein the worm gear is arranged between the electrical drive and the pedal unit , and - wherein the actuator unit is designed to apply a counterforce in opposition to a pedal force exerted on the pedal,
A computer-implemented method comprising: storing, at a computing device , application metadata corresponding to one or more identification tokens embedded in an application installed at the computing device ; challenging the application to provide a response prior to granting the application access to a computing resource ; generating an expected response that is based, at least in part, on the application metadata stored at the computing device ; comparing the expected response to the response received from the application; and either granting or denying the application access to the computing resource based on whether the expected response matches the response received. storing, at a computing device , application metadata corresponding to one or more identification tokens embedded in an application installed at the computing device ; challenging the application to provide a response prior to granting the application access to a computing resource ; generating an expected response that is based, at least in part, on the application metadata stored at the computing device ; comparing the expected response to the response received from the application; and either granting or denying the application access to the computing resource based on whether the expected response matches the response received.
Arrangement for supporting a transmission on the bogie of a rail vehicle, wherein the arrangement comprises the transmission , the bogie and a torque support , and wherein the transmission is supported with respect to the bogie via the torque support and has an emergency catch device with a receiving region that is able to be caught on a support structure of the bogie , characterized in that a sensor system for monitoring failure of the torque support is arranged in the receiving region of the emergency catch device and/or in the region of the support structure .
A method comprising: (a) subjecting an organic stream comprising at least one oxygenate to hydrotreatment, whereby a hydrotreatment product comprising ethylbenzene is produced, wherein the organic stream is a product of a process for the production of propylene oxide; and (b) separating an ethylbenzene product stream from the hydrotreatment product, to yield a residual stream, wherein the hydrotreatment is carried out in the presence of a hydrotreatment catalyst comprising molybdenum and further comprising nickel, cobalt, or a combination thereof and wherein the hydrotreatment catalyst is a sulfided catalyst and wherein the hydrotreatment is carried out at an inlet temperature in the range of from 150-300 °C and an outlet temperature of greater than or equal to 350 °C. (a) subjecting an organic stream comprising at least one oxygenate to hydrotreatment, whereby a hydrotreatment product comprising ethylbenzene is produced, wherein the organic stream is a product of a process for the production of propylene oxide; and (b) separating an ethylbenzene product stream from the hydrotreatment product, to yield a residual stream,
Method for rolling an electrically driven vehicle provided with a parking lock device into a standstill position of the vehicle, wherein the parking lock device comprises a pawl and a parking lock gear and is designed, when activated, to engage by way of the pawl in an external toothing formed on the circumference of a parking lock gear and to block same, wherein the parking lock device comprises an actuator , which activates the pawl via an actuating mechanism , wherein the actuating mechanism comprises a slider which is translationally movable along a guide, is biased by a biasing spring and acts on an activating surface of the pawl , wherein, when the parking lock device is activated, there is a position in which the pawl is prevented from locking a parking lock gear , said method comprising the following method steps: a) biasing the biasing spring by way of the actuator when the parking lock device is activated, b) transmitting to a control unit a position of the parking lock gear accommodated in a rotationally fixed manner, said position being identified by a position identification system , c) determining an angle of rotation of the rotor shaft of the electric machine to reach the nearest tooth space of an outer toothing of the parking lock gear and d) actuating the electric machine to pass through the angle of rotation determined in accordance with c) and controlling an approach to the position of the tooth space determined in accordance with c), characterized in that a direction of rotation of the electric machine to pass through the angle of rotation determined in accordance with c) is obtained from the information about whether the electric machine has delivered a torque when the standstill position of the electrically driven vehicle is reached or whether the electric machine was rotated by the vehicle movement in recuperation mode before the standstill position of the electrically driven vehicle was reached. a) biasing the biasing spring by way of the actuator when the parking lock device is activated, b) transmitting to a control unit a position of the parking lock gear accommodated in a rotationally fixed manner, said position being identified by a position identification system , c) determining an angle of rotation of the rotor shaft of the electric machine to reach the nearest tooth space of an outer toothing of the parking lock gear and d) actuating the electric machine to pass through the angle of rotation determined in accordance with c) and controlling an approach to the position of the tooth space determined in accordance with c),
A method for the production and recovery of one or more fermentation products selected from the group consisting of ethanol, acetic acid, 2,3-butanediol, butanol, iso-propanol and acetone from a fermentation broth, the method comprising: a) fermenting a gaseous substrate in a bioreactor containing a culture of one or more microorganisms to produce a fermentation broth comprising the one or more fermentation products; b) passing the fermentation broth to a treatment zone wherein the treatment zone removes at least a portion of biomass and soluble proteins from the fermentation broth to provide a treated broth stream; c) passing at least a portion of the treated broth stream to a simulated moving bed (SMB) module comprising at least one adsorbent; d) adsorbing at least one of the one or more fermentation products onto said adsorbent and yielding a raffinate comprising the non-adsorbed components of the treated broth stream; and e) desorbing the one or more products from the adsorbent to yield a product stream. a) fermenting a gaseous substrate in a bioreactor containing a culture of one or more microorganisms to produce a fermentation broth comprising the one or more fermentation products; b) passing the fermentation broth to a treatment zone wherein the treatment zone removes at least a portion of biomass and soluble proteins from the fermentation broth to provide a treated broth stream; c) passing at least a portion of the treated broth stream to a simulated moving bed (SMB) module comprising at least one adsorbent; d) adsorbing at least one of the one or more fermentation products onto said adsorbent and yielding a raffinate comprising the non-adsorbed components of the treated broth stream; and e) desorbing the one or more products from the adsorbent to yield a product stream.
Tool fitting aid for fitting a tool in a press, in particular a fine blanking press, comprising: a. a retaining bracket which is able to be fastened to a column/frame of a press, b. a tool changing plate in or on which a tool to be changed is able to be fastened, wherein the tool changing plate is able to be placed on a receiving element of the retaining bracket , c. wherein a drive device with which the tool changing plate is able to be displaced on the receiving element is arranged in the tool changing plate , d. wherein the drive device of the tool changing plate comprises at least one driven first drive element and the receiving element comprises at least one non-driven second drive element , which are operatively connected in order to displace the tool changing plate , e. wherein the at least one first drive element is in the form of a driven gear and the at least one second drive element is in the form of a rack engaging therewith by meshing, characterized in that f. the rack of the second drive element is pivotable from a rest position into a working position about an axis of rotation lying parallel to the displacement direction and parallel to the rack extent, and the at least one second drive element is operatively connected to the at least one first drive element only in the working position. a. a retaining bracket which is able to be fastened to a column/frame of a press, b. a tool changing plate in or on which a tool to be changed is able to be fastened, wherein the tool changing plate is able to be placed on a receiving element of the retaining bracket , c. wherein a drive device with which the tool changing plate is able to be displaced on the receiving element is arranged in the tool changing plate , d. wherein the drive device of the tool changing plate comprises at least one driven first drive element and the receiving element comprises at least one non-driven second drive element , which are operatively connected in order to displace the tool changing plate , e. wherein the at least one first drive element is in the form of a driven gear and the at least one second drive element is in the form of a rack engaging therewith by meshing, characterized in that f. the rack of the second drive element is pivotable from a rest position into a working position about an axis of rotation lying parallel to the displacement direction and parallel to the rack extent, and the at least one second drive element is operatively connected to the at least one first drive element only in the working position.
A method of detecting a biological activity, in a sample that may comprise a first biological activity, comprising: providing, a first indicator reagent that can be converted by the first biological activity to a first biological derivative; a gelling agent; and a plurality of particles, each particle comprising an organic polymer that receives and retains the first biological derivative, wherein the particles have a mean particle diameter between 0.05 microns and 20 microns; forming a hydrogel comprising the first indicator reagent and the plurality of particles; wherein at least a portion of the plurality of particles is dispersed in the hydrogel; bringing the sample into fluid communication with a portion of the hydrogel; and detecting the presence or absence of the first biological derivative, wherein the first biological derivative is retained by the plurality of particles; wherein detecting the presence or absence of the first biological derivative comprises detecting a fluorescent first biological derivative or a colored first biological derivative; and wherein the presence of the first biological derivative is indicative of the presence of a first biological activity. providing, a first indicator reagent that can be converted by the first biological activity to a first biological derivative; a gelling agent; and a plurality of particles, each particle comprising an organic polymer that receives and retains the first biological derivative, wherein the particles have a mean particle diameter between 0.05 microns and 20 microns; a first indicator reagent that can be converted by the first biological activity to a first biological derivative; a gelling agent; and a plurality of particles, each particle comprising an organic polymer that receives and retains the first biological derivative, wherein the particles have a mean particle diameter between 0.05 microns and 20 microns; forming a hydrogel comprising the first indicator reagent and the plurality of particles; wherein at least a portion of the plurality of particles is dispersed in the hydrogel; bringing the sample into fluid communication with a portion of the hydrogel; and detecting the presence or absence of the first biological derivative, wherein the first biological derivative is retained by the plurality of particles; wherein detecting the presence or absence of the first biological derivative comprises detecting a fluorescent first biological derivative or a colored first biological derivative; and wherein the presence of the first biological derivative is indicative of the presence of a first biological activity. wherein the first biological derivative is retained by the plurality of particles; wherein detecting the presence or absence of the first biological derivative comprises detecting a fluorescent first biological derivative or a colored first biological derivative; and wherein the presence of the first biological derivative is indicative of the presence of a first biological activity.
A PTC heater comprising at least one PTC heating element , - wherein the at least one PTC heating element has a heating layer of a PTC material, which is arranged between two electrode plates and is electrically contacted therewith, - wherein the PTC heater has a housing , in which the at least one PTC heating element is arranged, and - wherein the electrode plates of the at least one PTC heating element are fixed to the housing so as to transfer heat and so as to be electrically insulated, - wherein at least one electrically insulated heat conducting layer divides the heating layer and is fixed to the divided heating layer so as to transfer heat, - wherein the at least one heat conducting layer extends from the one electrode plate to the other electrode plate and divides the heating layer vertically to the electrode plates , and - characterized in that the at least one heat conducting layer extends in parallel to the electrode plates and divides the heating layer parallel to the electrode plates . - wherein the at least one PTC heating element has a heating layer of a PTC material, which is arranged between two electrode plates and is electrically contacted therewith, - wherein the PTC heater has a housing , in which the at least one PTC heating element is arranged, and - wherein the electrode plates of the at least one PTC heating element are fixed to the housing so as to transfer heat and so as to be electrically insulated, - wherein at least one electrically insulated heat conducting layer divides the heating layer and is fixed to the divided heating layer so as to transfer heat, - wherein the at least one heat conducting layer extends from the one electrode plate to the other electrode plate and divides the heating layer vertically to the electrode plates , and - characterized in that the at least one heat conducting layer extends in parallel to the electrode plates and divides the heating layer parallel to the electrode plates .
Primer for a personal firearm, comprising: - a primer cup including a cylindrical side wall closed at one outer end by a bottom ; - a pyrotechnic charge arranged in the primer cup ; - an electrical component configured to produce thermal energy necessary for priming the pyrotechnic charge , said charge being in contact with the electrical component ; - a printed circuit board , said printed circuit board comprising an inner face comprising the electrical component in contact with the pyrotechnic charge , characterized in that said printed circuit board forms at least in part the outer bottom of the primer cup . - a primer cup including a cylindrical side wall closed at one outer end by a bottom ; - a pyrotechnic charge arranged in the primer cup ; - an electrical component configured to produce thermal energy necessary for priming the pyrotechnic charge , said charge being in contact with the electrical component ; - a printed circuit board , said printed circuit board comprising an inner face comprising the electrical component in contact with the pyrotechnic charge ,
A method comprising: by a computing device , detecting an event corresponding to a change in a graphical user interface displayed by a first computing process of the computing device with the event consisting of a scrolling operation or displaying an animation; by the computing device , identifying , for deferred execution, an operation associated with a second computing process different from the first computing process, that, if not deferred, would cause a freezing of the graphical user interface, wherein the identifying is performed in response to the detected event; by the computing device , determining a state of the identified operation, wherein the determined state identifies a relative progress of the identified operation with respect to completing the identified operation; by the computing device , determining whether to defer the identified operation based at least in part on the determined state; and by the computing device , in response to a determination that is positive, interrupting and thereafter resuming execution of the identified operation after a predetermined time period. by a computing device , detecting an event corresponding to a change in a graphical user interface displayed by a first computing process of the computing device with the event consisting of a scrolling operation or displaying an animation; by the computing device , identifying , for deferred execution, an operation associated with a second computing process different from the first computing process, that, if not deferred, would cause a freezing of the graphical user interface, wherein the identifying is performed in response to the detected event; by the computing device , determining a state of the identified operation, wherein the determined state identifies a relative progress of the identified operation with respect to completing the identified operation; by the computing device , determining whether to defer the identified operation based at least in part on the determined state; and by the computing device , in response to a determination that is positive, interrupting and thereafter resuming execution of the identified operation after a predetermined time period.
A method for providing dynamic power sharing at a user equipment, the method comprising: configuring a first uplink transmission; determining an offset ( X; T offset ) from a starting symbol of the first uplink transmission; defining , based on the offset ( X), a group of overlapping uplink transmissions on one or more component carriers CCs (CC-0 to CC-4) comprising at least the first uplink transmission; and sharing a total power among uplink transmissions in the group of overlapping uplink transmissions, wherein the first transmission is on a CC (CC-0, CC-1) of a secondary cell group, SCG, and other transmissions in the group of overlapping uplink transmissions are each on CCs (CC-2 to CC-4) of a master cell group, MCG, characterized in that determining the offset comprises determining an offset ( T offset ) as a PUSCH preparation time ( T proc, 2 ) that is based on a subcarrier spacing SCS, and wherein sharing the power among transmissions in the group comprises: determining a power used by other transmissions in the group of overlapping uplink transmissions; and attributing remaining power from the total power to the first transmission. configuring a first uplink transmission; determining an offset ( X; T offset ) from a starting symbol of the first uplink transmission; defining , based on the offset ( X), a group of overlapping uplink transmissions on one or more component carriers CCs (CC-0 to CC-4) comprising at least the first uplink transmission; and sharing a total power among uplink transmissions in the group of overlapping uplink transmissions, wherein the first transmission is on a CC (CC-0, CC-1) of a secondary cell group, SCG, and other transmissions in the group of overlapping uplink transmissions are each on CCs (CC-2 to CC-4) of a master cell group, MCG, characterized in that determining the offset comprises determining an offset ( T offset ) as a PUSCH preparation time ( T proc, 2 ) that is based on a subcarrier spacing SCS, and wherein sharing the power among transmissions in the group comprises: determining a power used by other transmissions in the group of overlapping uplink transmissions; and attributing remaining power from the total power to the first transmission. determining a power used by other transmissions in the group of overlapping uplink transmissions; and attributing remaining power from the total power to the first transmission.
Capsule for preparing beverages, comprising: - an essentially closed housing which is at least partially filled with a substance to be extracted and/or dissolved, such as ground coffee, for preparing a beverage, wherein the housing is essentially closed, wherein the housing is defined at least by a peripheral wall , an end side connected to the peripheral wall , and a laterally protruding engaging edge connected to the peripheral wall at a distance from the end side in order to allow the capsule to be clamped into a capsule holder of a device for preparing beverages; and - at least one essentially closed closing element connected to the laterally protruding engaging edge for sealing the substance into the capsule in order to preserve it, characterized in that , at least a part of the closing element is composed of a laminated, essentially fully compostable film comprising a plurality of polymer layers (3, 5, 6, 13a, 13c, 13d, 13f, 21a-21f, 40a, 40b, 40c), which film comprises at least one polymer oxygen barrier layer , which barrier layer is essentially impermeable to oxygen, and which film comprises at least one polymer carrier layer connected to the oxygen barrier layer , wherein at least one carrier layer is provided with at least one weakened area . - an essentially closed housing which is at least partially filled with a substance to be extracted and/or dissolved, such as ground coffee, for preparing a beverage, wherein the housing is essentially closed, wherein the housing is defined at least by a peripheral wall , an end side connected to the peripheral wall , and a laterally protruding engaging edge connected to the peripheral wall at a distance from the end side in order to allow the capsule to be clamped into a capsule holder of a device for preparing beverages; and - at least one essentially closed closing element connected to the laterally protruding engaging edge for sealing the substance into the capsule in order to preserve it,