mhurhangee/ep-ind-claims huggingface dataset:
An ink comprising: water; a plurality of organic solvents; a color material; and resin particles, wherein the plurality of organic solvents comprise: at least one compound having a hydrogen bond term δH, which is a Hansen solubility parameter, of 4.1 MPa 1/2 or higher but 9.5 MPa 1/2 or lower and a boiling point of 170°C or higher; at least one diol compound that comprises 3 or 4 carbon atoms; and a compound that comprises an alkoxy group, wherein the compound that comprises an alkoxy group is 3-methoxy-3-methyl-1-butanol. water; a plurality of organic solvents; a color material; and resin particles, wherein the plurality of organic solvents comprise: at least one compound having a hydrogen bond term δH, which is a Hansen solubility parameter, of 4.1 MPa 1/2 or higher but 9.5 MPa 1/2 or lower and a boiling point of 170°C or higher; at least one diol compound that comprises 3 or 4 carbon atoms; and a compound that comprises an alkoxy group, at least one compound having a hydrogen bond term δH, which is a Hansen solubility parameter, of 4.1 MPa 1/2 or higher but 9.5 MPa 1/2 or lower and a boiling point of 170°C or higher; at least one diol compound that comprises 3 or 4 carbon atoms; and a compound that comprises an alkoxy group, wherein the compound that comprises an alkoxy group is 3-methoxy-3-methyl-1-butanol.
A method for controlling a data read/write command between a control device and a storage device in a non-volatile memory express, NVMe, over fabric, NVMe over fabric, architecture, wherein the storage device comprises a data processing unit, and a buffer unit, and the method comprises: dividing, by the data processing unit, a storage space of the buffer unit into at least two storage spaces according to a control command sent by the control device, wherein the at least two storage spaces are used for buffering data to be transmitted according to a data read/write command; establishing, by the data processing unit, a correspondence between the at least two storage spaces and command queues, wherein the command queue is a queue comprising a data read/write command sent by the control device, wherein data to be transmitted according to a data read/write command in each command queue can be buffered only in a corresponding storage space matching the correspondence; and receiving, by the data processing unit, a first data read/write command sent by the control device; and buffering, by the data processing unit, according to the correspondence between the at least two storage spaces and the command queues, data to be transmitted according to the first data read/write command into a first storage space that is of the buffer unit and that is corresponding to a first command queue, wherein the first data read/write command is a data read/write command in the first command queue. dividing, by the data processing unit, a storage space of the buffer unit into at least two storage spaces according to a control command sent by the control device, wherein the at least two storage spaces are used for buffering data to be transmitted according to a data read/write command; establishing, by the data processing unit, a correspondence between the at least two storage spaces and command queues, wherein the command queue is a queue comprising a data read/write command sent by the control device, wherein data to be transmitted according to a data read/write command in each command queue can be buffered only in a corresponding storage space matching the correspondence; and receiving, by the data processing unit, a first data read/write command sent by the control device; and buffering, by the data processing unit, according to the correspondence between the at least two storage spaces and the command queues, data to be transmitted according to the first data read/write command into a first storage space that is of the buffer unit and that is corresponding to a first command queue, wherein the first data read/write command is a data read/write command in the first command queue.
A work vehicle comprising: A traveling vehicle body; a lifting device capable of coupling a working device to the traveling vehicle body, the working device including a front working part and a rear working part disposed behind the front working part by a predetermined distance; a controller including an automatic operation control unit configured to automatically operate the traveling vehicle body on the basis of a planned traveling route, and to cause the lifting device to raise or lower the working device; and a work setting unit configured to set a work start position (STn) and a work end position (ETn) for the working device, the work vehicle characterized in that the automatic operation control unit is configured to cause the lifting device, while automatically operating the traveling vehicle body, to start raising the working device when the rear working part reaches the work end position (ETn), and to complete lowering the working device when the front working part reaches the work start position (STn). A traveling vehicle body; a lifting device capable of coupling a working device to the traveling vehicle body, the working device including a front working part and a rear working part disposed behind the front working part by a predetermined distance; a controller including an automatic operation control unit configured to automatically operate the traveling vehicle body on the basis of a planned traveling route, and to cause the lifting device to raise or lower the working device; and a work setting unit configured to set a work start position (STn) and a work end position (ETn) for the working device, the work vehicle characterized in that the automatic operation control unit is configured to cause the lifting device, while automatically operating the traveling vehicle body, to start raising the working device when the rear working part reaches the work end position (ETn), and to complete lowering the working device when the front working part reaches the work start position (STn).
A method for providing a self-regenerating seal in the mixing chamber of a high pressure mixing apparatus for forming a polymeric mixture of a first and at least a second polymeric component, comprising the steps of: feeding a first and at least a second polymeric component to the mixing chamber through injection holes, to form a chemically reactive polymeric mixture, to be dispensed by a delivery conduit, in which a slidable valve member is reciprocable in the mixing chamber between a retracted position, and an advanced position to open and respectively to close the injection holes for the polymeric components (A, B) and the mixing chamber, characterised by the steps of: providing at least one circular seat (17'; 34, 41) for housing an annular sealing element (17, 35, 40) on an inner surface of the mixing chamber, in a sealing zone downstream of the injection holes; providing an annular sealing element (17, 35, 40) in said at least one housing seat (17'; 34; 41) by a polymerisable resin; and automatically regenerating worn and/or torn parts of the annular sealing element (17, 35, 40), by allowing the same reactive mixture to fill up and polymerise into the worn and/or torn parts of the sealing elements (17, 35, 40), inside the housing seat (17', 34, 41). feeding a first and at least a second polymeric component to the mixing chamber through injection holes, to form a chemically reactive polymeric mixture, to be dispensed by a delivery conduit, in which a slidable valve member is reciprocable in the mixing chamber between a retracted position, and an advanced position to open and respectively to close the injection holes for the polymeric components (A, B) and the mixing chamber, characterised by the steps of: providing at least one circular seat (17'; 34, 41) for housing an annular sealing element (17, 35, 40) on an inner surface of the mixing chamber, in a sealing zone downstream of the injection holes; providing an annular sealing element (17, 35, 40) in said at least one housing seat (17'; 34; 41) by a polymerisable resin; and automatically regenerating worn and/or torn parts of the annular sealing element (17, 35, 40), by allowing the same reactive mixture to fill up and polymerise into the worn and/or torn parts of the sealing elements (17, 35, 40), inside the housing seat (17', 34, 41). providing at least one circular seat (17'; 34, 41) for housing an annular sealing element (17, 35, 40) on an inner surface of the mixing chamber, in a sealing zone downstream of the injection holes; providing an annular sealing element (17, 35, 40) in said at least one housing seat (17'; 34; 41) by a polymerisable resin; and automatically regenerating worn and/or torn parts of the annular sealing element (17, 35, 40), by allowing the same reactive mixture to fill up and polymerise into the worn and/or torn parts of the sealing elements (17, 35, 40), inside the housing seat (17', 34, 41).
Integrated circuitry, comprising: a clock path (12, 14) for carrying a clock signal from a clock source to a circuit block, the circuit block being operable based on said clock signal; and an AC coupling capacitor connected in series along the clock path (12, 14), wherein: the integrated circuitry has a layered structure comprising a plurality of metal layers and one or more via layers sandwiched between adjacent said metal layers, characterised in that: the clock path (12, 14) is implemented across adjacent or different said metal layers with portions of the clock path (12, 14) implemented over one another in an overlapped configuration; the AC coupling capacitor is implemented in a said via layer between two adjacent said metal layers across which the clock path (12, 14) is implemented; and the AC coupling capacitor comprises a plurality of capacitors connected together and is provided between the overlapped portions and distributed along a length of the overlapped portions so that it underlies or overlies part of the clock path so as not to take up additional area either side of the clock path in said layers. a clock path (12, 14) for carrying a clock signal from a clock source to a circuit block, the circuit block being operable based on said clock signal; and an AC coupling capacitor connected in series along the clock path (12, 14), wherein: the integrated circuitry has a layered structure comprising a plurality of metal layers and one or more via layers sandwiched between adjacent said metal layers, characterised in that: the clock path (12, 14) is implemented across adjacent or different said metal layers with portions of the clock path (12, 14) implemented over one another in an overlapped configuration; the AC coupling capacitor is implemented in a said via layer between two adjacent said metal layers across which the clock path (12, 14) is implemented; and the AC coupling capacitor comprises a plurality of capacitors connected together and is provided between the overlapped portions and distributed along a length of the overlapped portions so that it underlies or overlies part of the clock path so as not to take up additional area either side of the clock path in said layers. the clock path (12, 14) is implemented across adjacent or different said metal layers with portions of the clock path (12, 14) implemented over one another in an overlapped configuration; the AC coupling capacitor is implemented in a said via layer between two adjacent said metal layers across which the clock path (12, 14) is implemented; and the AC coupling capacitor comprises a plurality of capacitors connected together and is provided between the overlapped portions and distributed along a length of the overlapped portions so that it underlies or overlies part of the clock path so as not to take up additional area either side of the clock path in said layers.
A filtration system for partly isolating an area from the surroundings comprising at least two portable filtration and ventilation units, one unit being located on each side of said area, each of said filtration and ventilation units comprising: • a cabinet, • at least one first air slot in said cabinet for directing air into the filtration and ventilation unit, • at least one fan for directing air through the cabinet, • at least one means for killing or inhibiting the growth capability of microorganisms or virus, said means being located inside of said cabinet, • a filter, • at least one second air slot in said cabinet for directing air out of the filtration and ventilation unit, • wherein said filtration and ventilation units when in use produce an air curtain outside of the filtration and ventilation unit with air directed through the second air slot, characterised in that • at least one of said at least two filtration and ventilation units creates a negative pressure in said area and at least another of said at least two filtration and ventilation units creates a positive pressure in said area, wherein the positive pressure constitutes an air stream directed from the ventilation and filtration unit which creates the positive pressure to the ventilation and filtration unit which creates the negative pressure, and wherein at the same time the ventilation and filtration unit which creates the negative pressure aspirates air from the area, • and that said at least two filtration and ventilation units located on each side of said area each direct outlet air vertically out of said units or tilted towards the inner part of the area. • a cabinet, • at least one first air slot in said cabinet for directing air into the filtration and ventilation unit, • at least one fan for directing air through the cabinet, • at least one means for killing or inhibiting the growth capability of microorganisms or virus, said means being located inside of said cabinet, • a filter, • at least one second air slot in said cabinet for directing air out of the filtration and ventilation unit, • wherein said filtration and ventilation units when in use produce an air curtain outside of the filtration and ventilation unit with air directed through the second air slot, • at least one of said at least two filtration and ventilation units creates a negative pressure in said area and at least another of said at least two filtration and ventilation units creates a positive pressure in said area, wherein the positive pressure constitutes an air stream directed from the ventilation and filtration unit which creates the positive pressure to the ventilation and filtration unit which creates the negative pressure, and wherein at the same time the ventilation and filtration unit which creates the negative pressure aspirates air from the area, • and that said at least two filtration and ventilation units located on each side of said area each direct outlet air vertically out of said units or tilted towards the inner part of the area.
An apparatus for setting a radio resource of a mobile relay transceiver in a mobile communication system, the relay transceiver being operable to relay information between a mobile transceiver associated with the relay transceiver and a base station transceiver of the mobile communication system, the apparatus comprising a determination module operable to determine, based on information related to a location of the relay transceiver, an access radio resource for communicating with the mobile transceiver, a first communication module operable to communicate radio signals with the mobile transceiver using the access radio resource: and a second communication module operable to communicate with the base station transceiver using a relay radio resource, wherein the access radio resource and the relay radio resource are different, wherein the determination module is operable to determine the information related to the location of the relay transceiver based on information on an identification of the mobile communication system the relay transceiver is associated with or based on a country the relay transceiver is located in. wherein the determination module is operable to determine the information related to the location of the relay transceiver by determining information related to the relay radio resource from the second communication module.
A management method for managing an auxiliary power supply incorporated in a meter of the electrical energy meter type, the auxiliary power supply being for powering a communication module optionally connected to the meter, the management method comprising the steps of: • measuring an electrical parameter (Ia) of the auxiliary power supply at regular intervals of predetermined duration and during a measurement period of predetermined duration; • as a function of a measurement of the electrical parameter, determining whether the communication module is or is not connected to the meter; and • if the communication module is connected to the meter, putting the auxiliary power supply into a nominal mode of operation; • or else putting the auxiliary power supply into a low-consumption mode of operation until the next measurement period. • measuring an electrical parameter (Ia) of the auxiliary power supply at regular intervals of predetermined duration and during a measurement period of predetermined duration; • as a function of a measurement of the electrical parameter, determining whether the communication module is or is not connected to the meter; and • if the communication module is connected to the meter, putting the auxiliary power supply into a nominal mode of operation; • or else putting the auxiliary power supply into a low-consumption mode of operation until the next measurement period.
A device for holding an umbrella upright in such a way that the hands of the user result to be free and comprising a supporting arm attachable to the body of the user and provided with holding means through which the umbrella can be hooked in a removable manner; the supporting arm comprising a first part and a second part connected between them in a rotatable manner around an axis in such a way that the said first and the said second part can be arranged at different angles between them, and wherein block means are further provided to fix a pre-chosen angular position between the said parts (3, 4), thus allowing an angular position adjustment of the umbrella, wherein the said first part comprises a holding element coupled to an underlying plate and characterized by the fact that the said holding element is arranged in a rotatable manner with respect to the underlying plate around an axis substantially orthogonal to the surface of the element rotatably coupled with the underlying plate in such a way as to allow a further angular adjustment of the holding element with respect to the base around the said axis.
Method for determining the extent of crack depths in a test specimen, wherein at least one transmitting transducer excites sound waves in the ultrasonic range, the sound waves propagate in the form of a sound beam, the acoustic axis of which forms an angle (α) with the normal to a surface of the test specimen facing the transmitting transducer, the sound waves couple into the test specimen obliquely and are reflected at an interface of the test specimen, and at least one receiving transducer spaced apart from the transmitting transducer receives the sound waves reflected at the interface of the test specimen, wherein, by means of an evaluation unit, an extent of a defect arranged within a sound path is determined from a reduction of the amplitude of the sound waves received by the receiving transducer, wherein the transmitting transducer and the receiving transducer are guided past the test specimen at an at least substantially constant distance therefrom and the sound waves are coupled into the test specimen with an advance section via a liquid medium and wherein a further receiving transducer receives sound waves reflected at a defect, characterized in that the crack depth is determined from the difference between the amplitudes which the receiving transducer and the further receiving transducer have received.
Nordic ski shoe comprising a sole and a device connecting with a ski binding, where the said connecting device has, firstly, a transverse rod installed on the front portion of the said shoe, and intended to cooperate with a securing element supported by the binding, allowing the shoe to pivot and, secondly, at least one elastically deformable element causing the vertical return of the said shoe, characterised by the fact that the said elastically deformable element is installed in a removable manner under the said sole and is supported by a support element which is securely coupled with the sole.
A uniflow scavenging 2-cycle engine comprising: a cylinder having a combustion chamber formed therein; a piston configured to slide in the cylinder; an exhaust port provided at a side of one end of the cylinder in a stroke direction of the piston; a first exhaust valve configured to open and close the exhaust port; an exhaust passage communicating with the exhaust port and through which an exhaust gas generated due to a combustion operation in the cylinder is guided from the exhaust port; and a second exhaust valve provided in the exhaust passage and configured to vary a degree of opening of the exhaust passage; and a control unit configured to control the first exhaust valve and the second exhaust valve to reduce a degree of opening of the second exhaust valve after the first exhaust valve is opened, characterized in that the uniflow scavenging 2-cycle engine further comprises a sensor provided in the exhaust passage and configured to measure an oxygen concentration contained in the exhaust gas, and the control unit reduces the degree of opening of the second exhaust valve when the oxygen concentration measured by the sensor increases to exceed a threshold value after the first exhaust valve is opened. a cylinder having a combustion chamber formed therein; a piston configured to slide in the cylinder; an exhaust port provided at a side of one end of the cylinder in a stroke direction of the piston; a first exhaust valve configured to open and close the exhaust port; an exhaust passage communicating with the exhaust port and through which an exhaust gas generated due to a combustion operation in the cylinder is guided from the exhaust port; and a second exhaust valve provided in the exhaust passage and configured to vary a degree of opening of the exhaust passage; and a control unit configured to control the first exhaust valve and the second exhaust valve to reduce a degree of opening of the second exhaust valve after the first exhaust valve is opened, characterized in that the uniflow scavenging 2-cycle engine further comprises a sensor provided in the exhaust passage and configured to measure an oxygen concentration contained in the exhaust gas, and the control unit reduces the degree of opening of the second exhaust valve when the oxygen concentration measured by the sensor increases to exceed a threshold value after the first exhaust valve is opened.
An optoelectronic safety sensor for safeguarding a machine, the sensor comprising a light receiver for optical detection of object data and a control and evaluation unit configured to use the object data to decide whether a safety-critical object is detected in a vicinity of the machine and, in this case, to trigger a safety-oriented reaction, characterized in that the control and evaluation unit is further configured, in a preliminary assessment preceding the actual hazard assessment as to whether a safety-critical object is detected, to determine in a situation-related manner an operating point with regard to detection safety and availability and thus a balance between the two errors of an overlooked hazard and a situation incorrectly assessed as a hazard, by adjusting, depending on previously and/or simultaneously detected objects, a triggering threshold and thus the sensitivity of a criterion whether or not a safety-oriented reaction has to take place.