mhurhangee/patent-ind-claim-en huggingface dataset:
Dishwasher rack (100; 720), for use in a load-sensitive dishwasher machine , comprising a plurality of rods (110; 210, 212), which are arranged to define at least one receptacle (150a-150c; 250) for an item to be washed, and at least one inlet , wherein each of the rods (110; 210, 212) comprises: a duct for ducting cleaning liquid in an extension direction of the rod (110; 210, 212), and at least one duct opening (112; 214, 216) adjacent to the at least one receptacle , wherein the duct of each rod (110; 210, 212) is fluidly connected to the inlet such that a fluid connection exists between the inlet and the duct opening (112; 214, 216); characterized in that the duct of each rod (110; 210, 212) is further configured for ducting light parallel to the extension direction of the rod (110; 210, 212), the duct being connected to the inlet in a light-conducting manner such that a light-conducting connection exists between the inlet and the duct opening (112; 214, 216), and in that the rods (110; 210, 212) comprise at least one first rod and at least one second rod which are arranged on different sides of the receptacle (150a-150c; 250), and the duct opening of the first rod faces the duct opening of the second rod , such that a light barrier of an optical load-sensing system of the dishwasher machine is constituted in the receptacle (150a-150c; 250) between the first rod and the second rod , when light is irradiated into the inlet by means of a light source of the load-sensing system. a duct for ducting cleaning liquid in an extension direction of the rod (110; 210, 212), and at least one duct opening (112; 214, 216) adjacent to the at least one receptacle , wherein the duct of each rod (110; 210, 212) is fluidly connected to the inlet such that a fluid connection exists between the inlet and the duct opening (112; 214, 216); characterized in that the duct of each rod (110; 210, 212) is further configured for ducting light parallel to the extension direction of the rod (110; 210, 212), the duct being connected to the inlet in a light-conducting manner such that a light-conducting connection exists between the inlet and the duct opening (112; 214, 216), and in that the rods (110; 210, 212) comprise at least one first rod and at least one second rod which are arranged on different sides of the receptacle (150a-150c; 250), and the duct opening of the first rod faces the duct opening of the second rod , such that a light barrier of an optical load-sensing system of the dishwasher machine is constituted in the receptacle (150a-150c; 250) between the first rod and the second rod , when light is irradiated into the inlet by means of a light source of the load-sensing system.
A machine for bending a cast or stamped component into compliance with dimension and tolerance requirements, the machine comprising: a base ; at least one fixed holding device coupled to the base and configured to clamp a corresponding datum of the component ; at least one bending device coupled to the base and configured to engage a corresponding bending datum of the component ; an articulating holding device configured to clamp the component at a corresponding articulating datum and configured to move the articulating datum to a target location; and a control system configured to control the at least one fixed holding device and the at least one bending device during a manipulation routine; wherein the at least one fixed holding device is configured to hold the component in a predetermined spatial orientation relative to the base ; and wherein the at least one bending device is configured to apply an upward and downward force to plastically deform the component . a base ; at least one fixed holding device coupled to the base and configured to clamp a corresponding datum of the component ; at least one bending device coupled to the base and configured to engage a corresponding bending datum of the component ; an articulating holding device configured to clamp the component at a corresponding articulating datum and configured to move the articulating datum to a target location; and a control system configured to control the at least one fixed holding device and the at least one bending device during a manipulation routine; wherein the at least one fixed holding device is configured to hold the component in a predetermined spatial orientation relative to the base ; and wherein the at least one bending device is configured to apply an upward and downward force to plastically deform the component .
Method for monitoring an apparatus for application of an at least two-component viscous material onto workpieces, which apparatus has a metering unit having a number of metering valves that corresponds to the number of components of the viscous material, as well as a static mixer for blending the components, detachably attached to the metering unit , wherein the static mixer has a material inlet that faces the metering unit and a material outlet that faces away from the metering unit , and wherein each metering valve has a supply channel that can be closed off at a valve seat , for supplying the corresponding component to the static mixer , characterized in that a number of material applications are carried out, one after the other, which applications have an identical, predetermined time progression between an application start and an application end , in each instance, and that during the material applications, the pressure is measured in at least one of the supply channels , by means of a pressure sensor , at predetermined time points between the application start and the application end , and preferably in all the supply channels , by means of a pressure sensor , in each instance.
A method for fabricating a high voltage (HV) metal oxide semiconductor (MOS) field effect transistor (FET) device, said method comprising the steps of: forming a zero layer on a P-substrate by etching an alignment target on a surface of the P-substrate and outside of active device areas of the P-substrate ; forming a lightly doped N-well in a portion of the P-substrate by implant; forming a doped N-well in a portion of the lightly doped N-well by implant, wherein the doped N-well is more heavily doped than the lightly doped N-well ; forming field oxides over certain portions of the P-substrate , wherein at least one field oxide overlaps the lightly and more heavily doped N-wells at a junction formed between the N-well and the lightly doped N-well ; forming a gate oxide over a portion of the lightly doped N-well and a portion of the P-substrate ; forming a polysilicon gate over the gate oxide ; and forming a heavily doped N + region in a portion of the doped N-well and another heavily doped N + region in another portion of the P-substrate by implant, wherein the steps of forming comprise using masks aligned with the alignment target . forming a zero layer on a P-substrate by etching an alignment target on a surface of the P-substrate and outside of active device areas of the P-substrate ; forming a lightly doped N-well in a portion of the P-substrate by implant; forming a doped N-well in a portion of the lightly doped N-well by implant, wherein the doped N-well is more heavily doped than the lightly doped N-well ; forming field oxides over certain portions of the P-substrate , wherein at least one field oxide overlaps the lightly and more heavily doped N-wells at a junction formed between the N-well and the lightly doped N-well ; forming a gate oxide over a portion of the lightly doped N-well and a portion of the P-substrate ; forming a polysilicon gate over the gate oxide ; and forming a heavily doped N + region in a portion of the doped N-well and another heavily doped N + region in another portion of the P-substrate by implant, wherein the steps of forming comprise using masks aligned with the alignment target .
An encryption system that encrypts data in respect of at least one party, wherein the at least one party is provided with an encryption key wallet , wherein one or more encryption keys of the encryption key wallet are identifiable using at least one reference code, characterized in that the encryption key wallet is opened for accessing at least one encryption key identifiable via its reference code, for encrypting data with an identified key of the encryption key wallet to generate corresponding encrypted data and/or for decrypting encrypted data to generate corresponding decrypted data, wherein the reference code is delivered along with the encrypted data in an unencrypted manner, wherein the at least one party includes two or more parties , and the encryption system is arranged for enabling exchange of encrypted data via the encryption system between the two or more parties , wherein: (i) the two or more parties are provided with the encryption key wallet ; (ii) data exchanged between the two or more parties are encrypted using one or more encryption keys obtained from the encryption key wallet ; and (iii) the encryption key wallet is opened for use when encrypting and/or decrypting the data exchanged between the two or more parties , and is closed when not in use, wherein the at least one of the one or more encryption keys is reproducibly generated by the encryption key wallet in such a way that at least one encryption key is invariant for a given set of input parameters to an algorithm that is capable to generating a same given encryption key when the algorithm is provided with a given set of input parameters and wherein information is exchanged between the two or more parties indicating, via the at least one reference code, a selection of the one or more encryption keys to be used by a recipient party when decrypting the encrypted data received thereat from a transmitting party. (i) the two or more parties are provided with the encryption key wallet ; (ii) data exchanged between the two or more parties are encrypted using one or more encryption keys obtained from the encryption key wallet ; and (iii) the encryption key wallet is opened for use when encrypting and/or decrypting the data exchanged between the two or more parties , and is closed when not in use, wherein the at least one of the one or more encryption keys is reproducibly generated by the encryption key wallet in such a way that at least one encryption key is invariant for a given set of input parameters to an algorithm that is capable to generating a same given encryption key when the algorithm is provided with a given set of input parameters and wherein information is exchanged between the two or more parties indicating, via the at least one reference code, a selection of the one or more encryption keys to be used by a recipient party when decrypting the encrypted data received thereat from a transmitting party.
Distributor head for a pneumatically operating distribution machine for seed, fertilizer and the like, wherein the distributor head is connected to a storage container and outlets are arranged in circular symmetric distribution on the distributor head , said outlets being adjoined by distributor lines that lead to dispensing devices for the material to be distributed, and shut-off elements that cooperate with the outlets can be arranged in the distributor head in order to shut off one or more of the distributor lines , wherein the shut-off elements are in the form of shut-off wedges with a foot part to be inserted into the particular outlet to be shut off, characterized in that the shut-off elements are configured in an air-permeable manner, and in that the shut-off wedges each have, above the foot part to be inserted into the particular outlet , at least one through-opening that leads out in the region of the lower end of the foot part .
A method for operating a self-propelling and self-steering floor-cleaning device, wherein at least one map of at least one room to be cleaned is stored in a storage unit of the floor-cleaning device , as well as a cleaning plan having one or more cleaning tasks, wherein at least one cleaning task is associated with a particular room that is identifiable from the at least one map, and the floor-cleaning device is located in a room , characterized in that the method comprises: - when the cleaning plan is executed, examining, by means of a control unit of the floor-cleaning device , at least one sensor signal of the sensor unit of the floor-cleaning device for features indicative of the room in which the floor-cleaning device is located; - checking whether the features are present in the map stored in the at least one storage unit ; - determining, before or during the performance of the cleaning task, whether the room in which the floor-cleaning device is located is the particular room ; and, if the result of this determination is negative: - making a change of the cleaning plan via the floor-cleaning device , wherein the cleaning task associated with the particular room is deferred in a sequence of cleaning tasks in the cleaning plan or is deleted from the cleaning plan; or checking if the particular room is reachable; or not carrying out, interrupting or ending the performance of the cleaning task associated with the particular room . - when the cleaning plan is executed, examining, by means of a control unit of the floor-cleaning device , at least one sensor signal of the sensor unit of the floor-cleaning device for features indicative of the room in which the floor-cleaning device is located; - checking whether the features are present in the map stored in the at least one storage unit ; - determining, before or during the performance of the cleaning task, whether the room in which the floor-cleaning device is located is the particular room ; and, if the result of this determination is negative: - making a change of the cleaning plan via the floor-cleaning device , wherein the cleaning task associated with the particular room is deferred in a sequence of cleaning tasks in the cleaning plan or is deleted from the cleaning plan; or checking if the particular room is reachable; or not carrying out, interrupting or ending the performance of the cleaning task associated with the particular room .
Clutch system having a clutch apparatus and a fluidic actuating apparatus for engaging and/or disengaging the clutch apparatus , the clutch apparatus having at least one counterpressure plate , at least one clutch cover with at least one cup spring which is mounted pivotably on a pivoting radius , and at least one pressing plate which can be moved to a limited extent in the axial direction (A) of the clutch apparatus by way of the cup spring for clamping a clutch disc in a frictionally locking manner between the pressing plate and the counterpressure plate , the cup spring acting on the pressing plate on an active radius which is arranged outside of the pivoting radius in the radial direction (R) of the clutch apparatus , and it being possible for the said cup spring to be actuated by way of the actuating apparatus on an actuating radius which is arranged within the pivoting radius in the radial direction (R), and the fluidic actuating apparatus having at least one slave cylinder which acts indirectly or directly on the cup spring and has a slave piston , and at least one master cylinder which is connected fluidically to the slave cylinder and has a master piston , characterized in that it is the case that: iDP = (pivoting radius - actuating radius)/(active radius - pivoting radius) ≥ 5, and it is the case with regard to the piston surface areas that: iH = (surface area, slave piston)/(surface area, master piston), wherein 1.5 ≤ iH ≤ 3.5.
A motor, comprising: a motor main body including a rotor including a shaft centered on a center axis (J) extending in an axial direction, and a stator surrounding the rotor ; a power board including a switching element and electrically connected to the motor main body ; a control board electrically connected to the power board and disposed on a counter output side of the motor main body , a counter output side being a side in the axial direction opposite to a side from which the output of the motor is taken out, and an output side being a side in the axial direction from which the output of the motor is taken out; a control board holder attached to the motor main body to hold the control board ; a sensor magnet positioned on a counter output side of the stator and fixed to the shaft ; a rotation sensor attached to the control board to face the sensor magnet ; and a power board case directly or indirectly attached to the motor main body to hold the power board , characterized in that the power board is positioned radially outward of the motor main body , and board surfaces of the power board are inclined with respect to board surfaces of the control board . a motor main body including a rotor including a shaft centered on a center axis (J) extending in an axial direction, and a stator surrounding the rotor ; a power board including a switching element and electrically connected to the motor main body ; a control board electrically connected to the power board and disposed on a counter output side of the motor main body , a counter output side being a side in the axial direction opposite to a side from which the output of the motor is taken out, and an output side being a side in the axial direction from which the output of the motor is taken out; a control board holder attached to the motor main body to hold the control board ; a sensor magnet positioned on a counter output side of the stator and fixed to the shaft ; a rotation sensor attached to the control board to face the sensor magnet ; and a power board case directly or indirectly attached to the motor main body to hold the power board , characterized in that the power board is positioned radially outward of the motor main body , and board surfaces of the power board are inclined with respect to board surfaces of the control board .
A sensor package structure , comprising: a substrate ; a retaining wall disposed on the substrate and enclosing an accommodating space (A); an electronic chip arranged in the accommodating space (A) and fixed on the substrate by flip-chip bonding; a bottom layer filled in the accommodating space (A) and surrounding a lateral side of the electronic chip ; an adhesive layer having a bottom side adhered to the electronic chip and the bottom layer , thereby entirely embedding the electronic chip in the bottom layer and the adhesive layer ; a sensor chip having a size greater than that of the electronic chip , wherein the sensor chip has a top surface , a bottom surface , and a lateral surface that is connected to the top surface and the bottom surface ; the bottom surface of the sensor chip is adhered to a top side of the adhesive layer ; a light-permeable sheet arranged above the top surface of the sensor chip ; a plurality of metal wires electrically connected to the substrate and the sensor chip ; and a package body disposed on the substrate and covering a lateral side of the retaining wall and the lateral surface of the sensor chip , wherein the metal wires are entirely embedded in the package body ; the light-permeable sheet is fixed above the sensor chip through the package body , and is partially exposed from the package body . a substrate ; a retaining wall disposed on the substrate and enclosing an accommodating space (A); an electronic chip arranged in the accommodating space (A) and fixed on the substrate by flip-chip bonding; a bottom layer filled in the accommodating space (A) and surrounding a lateral side of the electronic chip ; an adhesive layer having a bottom side adhered to the electronic chip and the bottom layer , thereby entirely embedding the electronic chip in the bottom layer and the adhesive layer ; a sensor chip having a size greater than that of the electronic chip , wherein the sensor chip has a top surface , a bottom surface , and a lateral surface that is connected to the top surface and the bottom surface ; the bottom surface of the sensor chip is adhered to a top side of the adhesive layer ; a light-permeable sheet arranged above the top surface of the sensor chip ; a plurality of metal wires electrically connected to the substrate and the sensor chip ; and a package body disposed on the substrate and covering a lateral side of the retaining wall and the lateral surface of the sensor chip , wherein the metal wires are entirely embedded in the package body ; the light-permeable sheet is fixed above the sensor chip through the package body , and is partially exposed from the package body .
A Salmonella enterica serogroup C1 serovar for use in protecting poultry against a disorder arising from Salmonella enterica serogroup C2-3 infection, characterized in that the Salmonella enterica serogroup C1 serovar is inactivated, and was grown in iron-restricted medium.
A method for preventing or reducing low speed pre-ignition in a direct injected, boosted, spark ignited internal combustion engine, said method comprising the step of lubricating the crankcase of the engine with a lubricating oil composition comprising from 25 to 3000 ppm of metal from at least one cobalt-containing compound, based on the total weight of the lubricating oil composition; wherein, when the cobalt compound is a cobalt carboxylate, the carboxylate is branched and saturated.
An integrated fluid management module for use in a magnetorheological finishing system having a carrier wheel , comprising: a) a housing having a magnetically-shielded chamber therein, said chamber having an opening to a surface of said carrier wheel; wherein said housing is disposed in close proximity to said surface of said carrier wheel ; b) an apparatus for receiving from said wheel and replenishing spent magnetorheological fluid within said chamber ; and c) an exit groove in said housing connected to said chamber defining a ribbon extruder for extruding a ribbon of replenished magnetorheological fluid from said chamber onto said wheel surface ; wherein the proximity of said carrier wheel surface to said exit groove causes said magnetorheological fluid to flow directly from said chamber onto said wheel surface.
A method for transmitting signals in a filter bank-multicarrier, FBMC, communication system, the method comprising: sorting M modulated signals into at least two groups, even-indexed subcarrier signals being sorted into a first group and odd-indexed subcarrier signals being sorted into a second group, wherein each of the modulated signals corresponding to different subcarriers; filtering the first group and the second group, by performing Inverse Fourier Transform and multiplying a time domain filter coefficient by each even-indexed subcarrier signal of the first group and each odd-indexed subcarrier signal of the second group; overlapping the filtered modulated signals of the first group and the filtered modulated signals of the second group in a time domain, by arranging the filtered modulated signals of the first group in an inverse order of the filtered modulated signals of the second group and overlapping the arranged filtered modulated signals of the first group with the filtered modulated signals of the second group; and transmitting the overlapped filtered modulated signals. sorting M modulated signals into at least two groups, even-indexed subcarrier signals being sorted into a first group and odd-indexed subcarrier signals being sorted into a second group, wherein each of the modulated signals corresponding to different subcarriers; filtering the first group and the second group, by performing Inverse Fourier Transform and multiplying a time domain filter coefficient by each even-indexed subcarrier signal of the first group and each odd-indexed subcarrier signal of the second group; overlapping the filtered modulated signals of the first group and the filtered modulated signals of the second group in a time domain, by arranging the filtered modulated signals of the first group in an inverse order of the filtered modulated signals of the second group and overlapping the arranged filtered modulated signals of the first group with the filtered modulated signals of the second group; and transmitting the overlapped filtered modulated signals.