mhurhangee/patent-ind-claim-en huggingface dataset:
A cylinder block structure for an engine, the cylinder block structure comprising: a cylinder block surrounding a cylinder array formed by a plurality of cylinders lined up in a first direction; a reinforcement plate including: a first fastening portion fastened to the cylinder block ; and a second fastening portion fastened to the cylinder block at a position separated from the first fastening portion in a second direction that intersects with the first direction; and an oil pump that supplies oil to the cylinder block , wherein: the oil pump is fastened to the cylinder block together with the reinforcement plate ; the reinforcement plate is interposed between the cylinder block and the oil pump , and has a length that is equal to or more than half of the cylinder array in the first direction; a flow inlet into which the oil flows, a flow outlet from which the oil flows out, and a flow path that extends between the flow inlet and the flow outlet and guides the oil to the flow outlet from the flow inlet are formed in the reinforcement plate ; and the flow path is formed between an upper surface and a lower surface of the reinforcement plate . a cylinder block surrounding a cylinder array formed by a plurality of cylinders lined up in a first direction; a reinforcement plate including: a first fastening portion fastened to the cylinder block ; and a second fastening portion fastened to the cylinder block at a position separated from the first fastening portion in a second direction that intersects with the first direction; and a first fastening portion fastened to the cylinder block ; and a second fastening portion fastened to the cylinder block at a position separated from the first fastening portion in a second direction that intersects with the first direction; and an oil pump that supplies oil to the cylinder block , wherein: the oil pump is fastened to the cylinder block together with the reinforcement plate ; the reinforcement plate is interposed between the cylinder block and the oil pump , and has a length that is equal to or more than half of the cylinder array in the first direction; a flow inlet into which the oil flows, a flow outlet from which the oil flows out, and a flow path that extends between the flow inlet and the flow outlet and guides the oil to the flow outlet from the flow inlet are formed in the reinforcement plate ; and the flow path is formed between an upper surface and a lower surface of the reinforcement plate . the oil pump is fastened to the cylinder block together with the reinforcement plate ; the reinforcement plate is interposed between the cylinder block and the oil pump , and has a length that is equal to or more than half of the cylinder array in the first direction; a flow inlet into which the oil flows, a flow outlet from which the oil flows out, and a flow path that extends between the flow inlet and the flow outlet and guides the oil to the flow outlet from the flow inlet are formed in the reinforcement plate ; and the flow path is formed between an upper surface and a lower surface of the reinforcement plate .
Fixing device for connecting means with a polygonal head for the detachable connection of flanges , which can be connected to one another and braced against one another by a screw connection, the fixing device integrating the outer surface of the polygonal heads of several connecting means at least partially encompassing a form-fitting and the rotation of these connecting means inhibiting fixation means and the fixation means comprises a plurality of spaced apart members each with at least one receptacle , the inner profile of the lateral surface of the polygonal heads is designed in a correspondingly corresponding manner, the fixing means being a chain and the inner profile of individual links of the chain being designed to encompass the outer surface of the polygonal heads in a form-fitting manner, the fixing means at least one reversible connecting means for detachable joining of two ends of the fixing means ,# characterized in that# a flexible securing means for fixing components of the fixing device is provided, which runs circumferentially along the fixing device , whereby at least two ends of the securing means being reversibly connectable to one another.# characterized in that# a flexible securing means for fixing components of the fixing device is provided, which runs circumferentially along the fixing device , whereby at least two ends of the securing means being reversibly connectable to one another.#
A device of a network system , comprising: an application identification library including signature information about one or more signatures determined to be indicative of one or more characteristics of one or more computer applications; an application identification database including identification information relating to the one or more characteristics of the one or more computer applications, wherein the identification information is different from the signature information; and an application identification engine configured to: examine content of at least a portion of one or more frames received at the device to detect a plurality of packets provided in a pattern that corresponds to the signature information and the identification information of the one or more characteristics of the one or more computer applications; compare the pattern of the plurality of packets with the signature information and the identification information; establish a likely computer application based on the comparison; and output information representing an indication of the likely computer application. an application identification library including signature information about one or more signatures determined to be indicative of one or more characteristics of one or more computer applications; an application identification database including identification information relating to the one or more characteristics of the one or more computer applications, wherein the identification information is different from the signature information; and an application identification engine configured to: examine content of at least a portion of one or more frames received at the device to detect a plurality of packets provided in a pattern that corresponds to the signature information and the identification information of the one or more characteristics of the one or more computer applications; compare the pattern of the plurality of packets with the signature information and the identification information; establish a likely computer application based on the comparison; and output information representing an indication of the likely computer application. examine content of at least a portion of one or more frames received at the device to detect a plurality of packets provided in a pattern that corresponds to the signature information and the identification information of the one or more characteristics of the one or more computer applications; compare the pattern of the plurality of packets with the signature information and the identification information; establish a likely computer application based on the comparison; and output information representing an indication of the likely computer application.
A three-dimensional data creation method for use in a mobile object including a sensor and a communication unit that transmits and receives three-dimensional data to and from an external device, the three-dimensional data being a representation of the three-dimensional space in traveling direction in front of the moving object, the three-dimensional data creation method comprising: creating second three-dimensional data based on information detected by the sensor and first three-dimensional data which is received by the communication unit and which is representing a region that is undetectable by the sensor of the mobile object ; and transmitting, to the external device, only third three-dimensional data which is a subset of the second three-dimensional data, wherein the creating and transmitting are repeatedly performed; the third three-dimensional data is representing a subset of said three-dimensional space in traveling direction in front of the moving object which has a predetermined length in traveling direction and is located a predetermined distance ahead of a current position of the mobile object in a traveling direction of the mobile object ; wherein said predetermined distance in traveling direction varies in accordance with a traveling speed of the mobile object , so that the predetermined distance in traveling direction is greater for a higher traveling speed of the mobile object . creating second three-dimensional data based on information detected by the sensor and first three-dimensional data which is received by the communication unit and which is representing a region that is undetectable by the sensor of the mobile object ; and transmitting, to the external device, only third three-dimensional data which is a subset of the second three-dimensional data, wherein the creating and transmitting are repeatedly performed; the third three-dimensional data is representing a subset of said three-dimensional space in traveling direction in front of the moving object which has a predetermined length in traveling direction and is located a predetermined distance ahead of a current position of the mobile object in a traveling direction of the mobile object ; wherein said predetermined distance in traveling direction varies in accordance with a traveling speed of the mobile object , so that the predetermined distance in traveling direction is greater for a higher traveling speed of the mobile object .
A method for making a bonded structure comprising: forming a compound semiconductor ; depositing a continuous film of a protection material on a first surface of the compound semiconductor, wherein the protection material is Al 2 O 3 ; forming a silicon on insulator, SOI, wafer , the SOI wafer comprising one or more waveguides ; bonding the compound semiconductor at the first surface to the SOI wafer to form a bonded structure ; and processing the bonded structure, including applying acid etchants to the bonded structure, wherein the protection material protects the compound semiconductor from the acid etchants. forming a compound semiconductor ; depositing a continuous film of a protection material on a first surface of the compound semiconductor, wherein the protection material is Al 2 O 3 ; forming a silicon on insulator, SOI, wafer , the SOI wafer comprising one or more waveguides ; bonding the compound semiconductor at the first surface to the SOI wafer to form a bonded structure ; and processing the bonded structure, including applying acid etchants to the bonded structure, wherein the protection material protects the compound semiconductor from the acid etchants.
A client device , comprising a processor configured to: obtain data comprising a plurality of plaintext data elements , wherein each of the plurality of plaintext data elements falls within one of a plurality of subranges of a range and each subrange of the plurality of subranges is identified by a subrange identifier ; encrypt the plurality of plaintext data elements with a first encryption key to obtain a plurality of cyphertext data elements ; send the data , including the plurality of cyphertext data elements , to a data storage server for storing the data in a database of the data storage server ; encrypt, for each subrange of the plurality of subranges, a subrange data bucket with a second encryption key , wherein each subrange data bucket comprises the plaintext data elements falling within the respective subrange and the corresponding cyphertext data elements ; and send, for each subrange of the plurality of subranges, the respective encrypted subrange data bucket and a message digest of the respective subrange identifier or the respective encrypted subrange data bucket and a message authentication code, MAC, of the respective subrange identifier based on a MAC key to the data storage server for storing the plurality of encrypted subrange data buckets and the plurality of message digests or MAC of the subrange identifiers in the database of the data storage server . obtain data comprising a plurality of plaintext data elements , wherein each of the plurality of plaintext data elements falls within one of a plurality of subranges of a range and each subrange of the plurality of subranges is identified by a subrange identifier ; encrypt the plurality of plaintext data elements with a first encryption key to obtain a plurality of cyphertext data elements ; send the data , including the plurality of cyphertext data elements , to a data storage server for storing the data in a database of the data storage server ; encrypt, for each subrange of the plurality of subranges, a subrange data bucket with a second encryption key , wherein each subrange data bucket comprises the plaintext data elements falling within the respective subrange and the corresponding cyphertext data elements ; and send, for each subrange of the plurality of subranges, the respective encrypted subrange data bucket and a message digest of the respective subrange identifier or the respective encrypted subrange data bucket and a message authentication code, MAC, of the respective subrange identifier based on a MAC key to the data storage server for storing the plurality of encrypted subrange data buckets and the plurality of message digests or MAC of the subrange identifiers in the database of the data storage server .
An antenna system comprising: a loop conductor ; a dipole conductor ; and a signal feed mechanism connected in common to the loop conductor and the dipole conductor to transceive electrical signals simultaneously through both the loop conductor and the dipole conductor , wherein the signal feed mechanism is operatively connected for signal transmission with both the loop conductor and the dipole conductor at a common signal feed point , wherein the dipole conductor comprises two linear arms connected at adjacent ends thereof to the signal feed point such that the dipole conductor is offset-fed, the feed point being offset from a lengthwise center of the dipole conductor , the dipole conductor thus comprising a shorter arm and a longer arm , and wherein the longer arm of the dipole conductor has, for at least part of its length, an increased width relative to the shorter arm of the dipole conductor, the increased width of the longer arm being provided by a loop-shaped portion of the dipole conductor . a loop conductor ; a dipole conductor ; and a signal feed mechanism connected in common to the loop conductor and the dipole conductor to transceive electrical signals simultaneously through both the loop conductor and the dipole conductor , wherein the signal feed mechanism is operatively connected for signal transmission with both the loop conductor and the dipole conductor at a common signal feed point , wherein the dipole conductor comprises two linear arms connected at adjacent ends thereof to the signal feed point such that the dipole conductor is offset-fed, the feed point being offset from a lengthwise center of the dipole conductor , the dipole conductor thus comprising a shorter arm and a longer arm , and wherein the longer arm of the dipole conductor has, for at least part of its length, an increased width relative to the shorter arm of the dipole conductor, the increased width of the longer arm being provided by a loop-shaped portion of the dipole conductor .
Disc brake having an electromechanical actuator , in particular an electromechanical parking brake actuator, wherein the disc brake has a force-transmission device , the electromechanical actuator is operatively connected to the force-transmission device along an axial axis (X) of the disc brake , the force-transmission device is configured to apply a brake disc via two brake linings , and the electromechanical actuator comprises the following features: - a driveshaft , - an electric motor which is arranged on the driveshaft , - a cam disc which is arranged on an output shaft , - and a transmission which is arranged on the driveshaft and has the purpose of transmitting the torque of the electric motor to the force-transmission device , wherein the electromechanical actuator has a magnetic brake , and the magnetic brake is arranged in a positively locking fashion on the driveshaft , between the electric motor and a driveshaft output (A), characterized in that the magnetic brake is embodied as a frictionally locking friction brake, wherein the driveshaft has a receptacle for a tool on a driveshaft output (A) for mechanically detaching the brake linings from the brake disc. - a driveshaft , - an electric motor which is arranged on the driveshaft , - a cam disc which is arranged on an output shaft , - and a transmission which is arranged on the driveshaft and has the purpose of transmitting the torque of the electric motor to the force-transmission device ,
A method for applying an electric field at a junction between two immiscible fluids, comprising: providing a microfluidic device comprising two laterally opposed channels flowing a non-conductive fluid meeting an inlet channel flowing a conductive fluid at a junction, an outlet channel extending from the junction and being coaxial with the inlet channel, a dimensional restriction arranged between the junction and the outlet channel, and an electric field generated by electrodes at the junction; injecting the conductive fluid into the non-conductive fluid at the junction whereby the non-conductive fluid sheaths the conductive fluid; applying the electric field at the junction to form and stabilize a Taylor cone with droplets having diameters of less than 1 micron to 100 microns being emitted from a tip of the Taylor cone into the outlet channel. providing a microfluidic device comprising two laterally opposed channels flowing a non-conductive fluid meeting an inlet channel flowing a conductive fluid at a junction, an outlet channel extending from the junction and being coaxial with the inlet channel, a dimensional restriction arranged between the junction and the outlet channel, and an electric field generated by electrodes at the junction; injecting the conductive fluid into the non-conductive fluid at the junction whereby the non-conductive fluid sheaths the conductive fluid; applying the electric field at the junction to form and stabilize a Taylor cone with droplets having diameters of less than 1 micron to 100 microns being emitted from a tip of the Taylor cone into the outlet channel.
A toy assembly, comprising: a housing (840; 940); a primary toy character (844; 944) and an ancillary toy character (848; 948) which are inside the housing (840; 940); and a breakout mechanism (800; 920) that is operable to break the housing (840; 940) to expose the primary toy character (844; 944) and the ancillary toy character (848; 948), wherein the breakout mechanism (800; 920) expands to push the ancillary toy character (848; 948) through the housing (840; 940); characterised in that the breakout mechanism (800; 920) is included as part of the primary toy character (844; 944). a housing (840; 940); a primary toy character (844; 944) and an ancillary toy character (848; 948) which are inside the housing (840; 940); and a breakout mechanism (800; 920) that is operable to break the housing (840; 940) to expose the primary toy character (844; 944) and the ancillary toy character (848; 948), wherein the breakout mechanism (800; 920) expands to push the ancillary toy character (848; 948) through the housing (840; 940); characterised in that the breakout mechanism (800; 920) is included as part of the primary toy character (844; 944).
A display apparatus, comprising: a display panel configured to display an image; a sound generation device including a vibration generation module on a rear surface of the display panel ; and a rear mechanical structure on the rear surface of the display panel , wherein the vibration generation module comprises: a vibration element configured to vibrate the display panel ; and a vibration reflecting member being spaced apart from the vibration element , wherein the vibration reflecting member comprises a pair of first metal bars , and wherein a rear surface of the vibration element and a rear surface of the vibration reflecting member are spaced apart from a front surface of the rear mechanical structure so that a separation space (DS) is formed. a display panel configured to display an image; a sound generation device including a vibration generation module on a rear surface of the display panel ; and a rear mechanical structure on the rear surface of the display panel , wherein the vibration generation module comprises: a vibration element configured to vibrate the display panel ; and a vibration reflecting member being spaced apart from the vibration element , a vibration element configured to vibrate the display panel ; and a vibration reflecting member being spaced apart from the vibration element , wherein the vibration reflecting member comprises a pair of first metal bars , and wherein a rear surface of the vibration element and a rear surface of the vibration reflecting member are spaced apart from a front surface of the rear mechanical structure so that a separation space (DS) is formed.
Method for cleaning a braiding machine , in particular for electrical cables, said braiding machine comprising a platform for supporting an annular row of members for driving bobbins , said members extending around a first common axis (A) and being rotatably movable about second axes (B) which are substantially parallel to one another and to said first axis, said members each comprising a pinion , which is meshed with pinions of adjacent members and a wheel which comprises notches over its circumference that are configured to receive complementary means of the bobbins so as to drive said bobbins about said second axes, said platform comprising means for guiding said bobbins, which means comprise, for each member, an annular sliding track which extends around said second axis of the corresponding member and is configured to receive at least one element for guiding each bobbin so as to guide said bobbin about said second axis, each sliding track being connected to adjacent sliding tracks by switching means so as to rotate the bobbins about said first axis by moving the bobbins from one member to the next adjacent member in each case, characterised in that said method comprises: - a step of providing the machine with at least one cleaning tool , said cleaning tool comprising means configured to be received in at least some of the notches in each wheel so as to drive said tool about said second axes, and at least one guide element configured to be received in said sliding tracks so as to move said tool about said first axis, said at least one guide element being configured to drive a means for cleaning said sliding tracks or to be provided with said means, and - a step of rotating said members in order to drive said tool about said first and second axes. - a step of providing the machine with at least one cleaning tool , said cleaning tool comprising means configured to be received in at least some of the notches in each wheel so as to drive said tool about said second axes, and at least one guide element configured to be received in said sliding tracks so as to move said tool about said first axis, said at least one guide element being configured to drive a means for cleaning said sliding tracks or to be provided with said means, and - a step of rotating said members in order to drive said tool about said first and second axes.