mhurhangee/patent-ind-claim-en huggingface dataset:
A device for producing workpieces, wherein the device comprises at least one casting station for inserting a metal melt into molds , wherein the device comprises a rotary table , characterized in that the device comprises multiple mold carriers for the molds , which mold carriers are arranged on the rotary table , wherein the mold carriers are mounted on the rotary table so as to be displaceable in at least one radial direction of the rotary table , wherein the mold carriers are displaceable radially with respect to the rotary table in guides of the rotary table designed as guide rails.
A computer-implemented method comprising: generating a first backup representing a database at a first time, wherein generating the first backup comprises recording metadata and checksums associated with files being backed up for later determining if the files have been compromised; after the first backup, generating a plurality of journal entries, each journal entry representing a change to the database made after the first time; after the first backup, generating a second backup representing a database at a second time; detecting a flaw in the second backup; determining not to use the second backup to restore the database based on the flaw, wherein detecting a flaw comprises identifying a failed attempt to use the second backup to restore the database; and restoring the database from the first backup and the plurality of journal entries, the restored database including the changes represented by the entries. generating a first backup representing a database at a first time, wherein generating the first backup comprises recording metadata and checksums associated with files being backed up for later determining if the files have been compromised; after the first backup, generating a plurality of journal entries, each journal entry representing a change to the database made after the first time; after the first backup, generating a second backup representing a database at a second time; detecting a flaw in the second backup; determining not to use the second backup to restore the database based on the flaw, wherein detecting a flaw comprises identifying a failed attempt to use the second backup to restore the database; and restoring the database from the first backup and the plurality of journal entries, the restored database including the changes represented by the entries.
A chemical-mechanical polishing composition comprising: (a) wet-process ceria particles having a median particle size of about 25 nm to about 150 nm and a particle size distribution of about 300 nm or more, wherein the wet-process ceria particles have a surface that comprises tridentate hydroxyl groups and has a surface coverage of tridentate hydroxyl groups that is about 2.0 x 10 -5 moles/m 2 or more, and (b) an aqueous carrier. (a) wet-process ceria particles having a median particle size of about 25 nm to about 150 nm and a particle size distribution of about 300 nm or more, wherein the wet-process ceria particles have a surface that comprises tridentate hydroxyl groups and has a surface coverage of tridentate hydroxyl groups that is about 2.0 x 10 -5 moles/m 2 or more, and (b) an aqueous carrier.
Method for preparing silicic acid structures having a low degree of crosslinking, said method comprising: a) producing a sol, b) replacing the water contained in the sol by a water-soluble organic solvent, c) after elimination of the water by an organic solvent, esterifying the Si surface OH groups present in the sol on the internal surface of the silicic acid clusters to Si surface OR, wherein R is an organic rest, wherein R is an alkyl or aryl group selected from the group consisting of methyl, ethyl, propyl, butyl, pentyl, hexyl, and phenyl, and wherein the degree of esterification of the silicic acid clusters is greater than 50%. a) producing a sol, b) replacing the water contained in the sol by a water-soluble organic solvent, c) after elimination of the water by an organic solvent, esterifying the Si surface OH groups present in the sol on the internal surface of the silicic acid clusters to Si surface OR, wherein R is an organic rest, wherein R is an alkyl or aryl group selected from the group consisting of methyl, ethyl, propyl, butyl, pentyl, hexyl, and phenyl, and wherein the degree of esterification of the silicic acid clusters is greater than 50%.
A trace element solution, which comprises at least the following metals: (a) zinc in a concentration of at least 60mg/ml; (b) manganese in a concentration of at least 10mg/ml; (c) selenium in a concentration of at least 5mg/ml; and (d) copper in a concentration of at least 15mg/ml; and which comprises a concentration of the metals of at least 90 mg/ml, wherein the composition is obtainable by a method consisting essentially of the steps of: (a) heating water; (b) adding manganese carbonate to the water; (c) adding zinc oxide to the water; (d) adding copper carbonate to the water to form a liquid mixture; (e) adding a dry mixture comprising EDTA and/or EDDS and NaOH to the liquid mixture; and (f) adding Na 2 SeO 3 to form the trace element solution. (a) zinc in a concentration of at least 60mg/ml; (b) manganese in a concentration of at least 10mg/ml; (c) selenium in a concentration of at least 5mg/ml; and (d) copper in a concentration of at least 15mg/ml; (a) heating water; (b) adding manganese carbonate to the water; (c) adding zinc oxide to the water; (d) adding copper carbonate to the water to form a liquid mixture; (e) adding a dry mixture comprising EDTA and/or EDDS and NaOH to the liquid mixture; and (f) adding Na 2 SeO 3 to form the trace element solution.
A mixer assembly comprising a housing that forms a mixing channel , a static mixing element being arranged within the mixing channel, wherein the mixer assembly further having an inlet end , for receiving two components of a substance and a dispensing end for dispensing a mixture from the components, wherein the inlet end comprises for each component an inlet and an associated non-return valve , and wherein each of the inlets is connectable for fluid communication with the mixing channel via the associated non-return valve, characterized in that the mixer assembly further comprises for each component a passageway that at a first end forms the respective inlet and at a second end forms an orifice into the mixing channel, wherein the non-return valve is arranged between the inlet and the orifice.
A vibration actuator, comprising: a vibrator configured to include a piezoelectric element and a contact surface that is brought into contact with a member , and wherein the vibrator is configured to cause a relative movement with the member by driving the piezoelectric element ; and a pressing member guided by a fixing unit (105; 301) that allows the pressing member to move to the vibrator while restricting movement of the pressing member in a direction of the relative movement, the pressing member being configured to apply a bias force to the vibrator by an elastic member (107; 302) so as to press the contact surface against the member , characterized in further comprising a holding part configured to hold the vibrator, wherein the holding part comprises an abutting part that is brought into a single line contact with the pressing member in a direction perpendicular to the direction of the relative movement, wherein the abutting part has a part of a cylindrical shape. a vibrator configured to include a piezoelectric element and a contact surface that is brought into contact with a member , and wherein the vibrator is configured to cause a relative movement with the member by driving the piezoelectric element ; and a pressing member guided by a fixing unit (105; 301) that allows the pressing member to move to the vibrator while restricting movement of the pressing member in a direction of the relative movement, the pressing member being configured to apply a bias force to the vibrator by an elastic member (107; 302) so as to press the contact surface against the member , characterized in further comprising a holding part configured to hold the vibrator, wherein the holding part comprises an abutting part that is brought into a single line contact with the pressing member in a direction perpendicular to the direction of the relative movement, wherein the abutting part has a part of a cylindrical shape.
A method performed by a system comprising a storage device , a host system and a guest system , the storage device comprising a memory controller , a non-volatile storage device , and a data buffer , the method comprising: receiving, at the memory controller , a logical write request from the guest system over a logical interface that the memory controller provides for accessing the non-volatile storage device , the logical write request indicating a logical address at which to write data to the non-volatile storage device ; in response to receiving the logical write request , sending, by the memory controller , a write request event to the host system , the write request event indicating (i) a buffer address of the data buffer storing the data and (ii) the logical address indicated by the logical write request ; receiving, at the memory controller , a physical write command from the host system over a physical Interface that the memory controller provides for accessing the non-volatile storage device , the physical write command comprising instructions for writing the data to the non-volatile storage device and indicating (i) the address of the data buffer storing the data and (ii) a physical address of the non-volatile storage device in which to store the data; in response to receiving the physical write command from the host system , storing, by the memory controller , the data temporarily stored in the data buffer , in the non-volatile storage device according to the physical write command . receiving, at the memory controller , a logical write request from the guest system over a logical interface that the memory controller provides for accessing the non-volatile storage device , the logical write request indicating a logical address at which to write data to the non-volatile storage device ; in response to receiving the logical write request , sending, by the memory controller , a write request event to the host system , the write request event indicating (i) a buffer address of the data buffer storing the data and (ii) the logical address indicated by the logical write request ; receiving, at the memory controller , a physical write command from the host system over a physical Interface that the memory controller provides for accessing the non-volatile storage device , the physical write command comprising instructions for writing the data to the non-volatile storage device and indicating (i) the address of the data buffer storing the data and (ii) a physical address of the non-volatile storage device in which to store the data; in response to receiving the physical write command from the host system , storing, by the memory controller , the data temporarily stored in the data buffer , in the non-volatile storage device according to the physical write command .
A special-shaped wheel having a water passing structure positively correlated with a full grinding surface, comprising: a base , wherein a grinding layer is attached to an outer wall of the base , an outer circumferential surface of the grinding layer is a grinding surface , a water inlet is formed in a top surface of the base , and a connection hole for connecting an external device is formed in a bottom surface of the base ; and the special-shaped wheel further comprises a plurality of water passing grooves , wherein the plurality of water passing grooves is densely formed around the base by taking a central axis of the base as an axis, communicates an inner side of the base with the grinding surface , and axially covers the entire grinding surface ; and the total length of accumulated circumferences of the corresponding water passing grooves at respective axial grinding points of the grinding surface is set in positive correlation with the grinding area of the grinding point.
A commodity sales processing apparatus, comprising: a placement portion where a commodity is placed; an antenna configured to receive a signal from an RFID tag included in the commodity placed in the placement portion; a reading component configured to read information of the RFID tag based on the signal received via the antenna; a notification component configured to issue a notification indicating that the commodity is placed in the placement portion; and a control component configured to drive the notification component after settlement processing, wherein the notification component includes a light emitting component configured to switch between a light emitting state and a non-light emitting state, wherein the placement portion is an accommodation chamber provided inside an outer shell, the light emitting component is provided on an upper surface of the outer shell, and an upper wall of the outer shell includes a transparent portion that allows the accommodation chamber to be visible from the outside, wherein the placement portion is configured to accommodate a shopping basket. a placement portion where a commodity is placed; an antenna configured to receive a signal from an RFID tag included in the commodity placed in the placement portion; a reading component configured to read information of the RFID tag based on the signal received via the antenna; a notification component configured to issue a notification indicating that the commodity is placed in the placement portion; and a control component configured to drive the notification component after settlement processing, wherein the notification component includes a light emitting component configured to switch between a light emitting state and a non-light emitting state, wherein the placement portion is an accommodation chamber provided inside an outer shell, the light emitting component is provided on an upper surface of the outer shell, and an upper wall of the outer shell includes a transparent portion that allows the accommodation chamber to be visible from the outside, wherein the placement portion is configured to accommodate a shopping basket.
A proximity sensor assembly having a base and at least one support which carries at least one proximity sensor having a measuring electrode and a shield electrode extending between the measuring electrode and a surface , characterized in that a printed circuit board carrying contact surfaces is mounted on said surface of the base , in that the support has contact surfaces complementary to the contact surfaces of the printed circuit board , and that, in order to bring into electrical contact the contact surfaces of the printed circuit board and of the support , the base and the support are plug-in connected in a plug-in direction (R, L) parallel to the surface , and in that the measuring and shield electrodes are electrically connected to the contact surfaces of the support .
Method for measuring a lubricating gap between lubricated contact elements, comprising the method steps of - providing the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10) with a lubricating gap arranged between them, - coupling a respective diagnostic signal (21; 21d) into the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10), wherein the diagnostic signal (21; 21d) is an electrical excitation signal, - coupling at least one reflection signal (24; 24d) out of the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10), - evaluating the diagnostic signal (21; 21d) and the reflection signal (24; 24d) by way of an evaluation unit , wherein a change in impedance at the boundary surfaces of the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10) is calculated on the basis of delay times, changes in amplitude and changes in sign of the amplitudes of the signals (21; 21d; 24; 24d), and - determining the lubricated state from the evaluated signals (21; 21d; 24; 24d) . - providing the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10) with a lubricating gap arranged between them, - coupling a respective diagnostic signal (21; 21d) into the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10), wherein the diagnostic signal (21; 21d) is an electrical excitation signal, - coupling at least one reflection signal (24; 24d) out of the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10), - evaluating the diagnostic signal (21; 21d) and the reflection signal (24; 24d) by way of an evaluation unit , wherein a change in impedance at the boundary surfaces of the contact elements (2, 10; 3, 10; 14, 10; 7, 10; 7, 5, 13, 10; 8, 10) is calculated on the basis of delay times, changes in amplitude and changes in sign of the amplitudes of the signals (21; 21d; 24; 24d), and - determining the lubricated state from the evaluated signals (21; 21d; 24; 24d) .
A system for transferring a data signal from a first clock domain to a second clock domain , wherein the first clock domain comprises a first clock (ck_fast) and the second clock domain comprises a second clock (ck_slow), wherein the first clock (ck_fast) has a frequency greater than a frequency of the second clock (ck_slow), wherein the first and second clock domains are not synchronised to each other, the system comprising: a signal input for receiving an input signal (sig_fast) from the first clock domain ; means for checking whether the second clock (ck_slow) is in a part of its cycle away from a forthcoming transition, said checking means being clocked by the first clock (ck_fast); and means for transferring the input signal (sig_fast) as an output signal (sig_slow) to the second clock domain if the checking means determines that the second clock (ck_slow) is in part of its cycle away from a forthcoming transition; the system being characterised by : means for detecting if there is a new input signal from the first clock domain , wherein the means for detecting comprises a comparator between the input signal (sig_fast) from the first clock domain and the output signal (sig_slow) to the second clock domain ; and in that the means for transferring is adapted to transfer the input signal (sig_fast) to the second clock domain only if the means for detecting determines that the input signal (sig_fast) from the first clock domain and the output signal (sig_slow) to the second clock domain are different. a signal input for receiving an input signal (sig_fast) from the first clock domain ; means for checking whether the second clock (ck_slow) is in a part of its cycle away from a forthcoming transition, said checking means being clocked by the first clock (ck_fast); and means for transferring the input signal (sig_fast) as an output signal (sig_slow) to the second clock domain if the checking means determines that the second clock (ck_slow) is in part of its cycle away from a forthcoming transition; the system being characterised by : means for detecting if there is a new input signal from the first clock domain , wherein the means for detecting comprises a comparator between the input signal (sig_fast) from the first clock domain and the output signal (sig_slow) to the second clock domain ; and in that the means for transferring is adapted to transfer the input signal (sig_fast) to the second clock domain only if the means for detecting determines that the input signal (sig_fast) from the first clock domain and the output signal (sig_slow) to the second clock domain are different. means for detecting if there is a new input signal from the first clock domain , wherein the means for detecting comprises a comparator between the input signal (sig_fast) from the first clock domain and the output signal (sig_slow) to the second clock domain ; and in that the means for transferring is adapted to transfer the input signal (sig_fast) to the second clock domain only if the means for detecting determines that the input signal (sig_fast) from the first clock domain and the output signal (sig_slow) to the second clock domain are different.
A tray for receiving an item , the tray comprising: a sidewall having at least a front side , the sidewall having a top portion and a bottom portion and defining an internal cavity ; a moveable bottom having a top surface , a bottom surface , a front end and a back end , wherein the front end is moveably coupled with the front side of the sidewall such that the front end of the moveable bottom can move up and down along the front side of the sidewall ; and a bottom side coupled with at least part of the bottom portion of the sidewall and configured to support the moveable bottom , wherein the moveable bottom is configured to move between a first position and a second position, wherein, in the first position, the front end of the moveable bottom is positioned at the top portion of the front side of the sidewall , such that the item may slide into or out of the cavity along the top surface of the moveable bottom , and wherein, in the second position, the front end of the moveable bottom is positioned at the bottom portion of the front side of the sidewall . a sidewall having at least a front side , the sidewall having a top portion and a bottom portion and defining an internal cavity ; a moveable bottom having a top surface , a bottom surface , a front end and a back end , wherein the front end is moveably coupled with the front side of the sidewall such that the front end of the moveable bottom can move up and down along the front side of the sidewall ; and a bottom side coupled with at least part of the bottom portion of the sidewall and configured to support the moveable bottom , wherein the moveable bottom is configured to move between a first position and a second position, wherein, in the first position, the front end of the moveable bottom is positioned at the top portion of the front side of the sidewall , such that the item may slide into or out of the cavity along the top surface of the moveable bottom , and wherein, in the second position, the front end of the moveable bottom is positioned at the bottom portion of the front side of the sidewall .
A method for producing a powder coating melt, comprising the following steps: - provision of a screw machine , - production of a first powder coating melt from a powder coating premix by means of the screw machine , - supply of powder coating particles by means of a supply screw machine into the first powder coating melt present in the screw machine , wherein the supply screw machine can be cooled by means of at least one cooling device , and - production of a second powder coating melt by mixing the first powder coating melt and the powder coating particles by means of the screw machine . - provision of a screw machine , - production of a first powder coating melt from a powder coating premix by means of the screw machine , - supply of powder coating particles by means of a supply screw machine into the first powder coating melt present in the screw machine , wherein the supply screw machine can be cooled by means of at least one cooling device , and - production of a second powder coating melt by mixing the first powder coating melt and the powder coating particles by means of the screw machine .
A computer-implemented method for selecting a target object, the method comprising: determining a targeting area for a player avatar within a user interface based on a direction of a touch gesture received via a touch screen; responsive to a detected termination of the touch gesture and a determination that a duration of the touch gesture is below a duration threshold- determining a first targeting subarea within the targeting area, the first targeting subarea being determined based at least in part on a distance of the touch gesture, selecting a target object from a set of objects located within the targeting subarea, and providing for display within the user interface an indication that the target object is selected.