mhurhangee/ep-ind-claims huggingface dataset:
A computer program that, when executed by an information processing terminal having a terminal display and a user interface, will perform the steps of: acquiring a plurality of object IDs identifying respective ones of a plurality of display objects, the plurality of display objects being to be displayed at respective designated positions on an apparatus display of an image forming apparatus, each of the plurality of object IDs being previously assigned with a corresponding standard operation concerning one of a plurality of operations which the image forming apparatus is capable of execution (S11,12); acquiring a plurality of operation IDs identifying respective ones of the plurality of operations (S11, 12); receiving a first input indicating an operation ID to be correlated to a specific object ID via the user interface, the indicated operation ID being one of the plurality of operation IDs, the specific object ID being one of the plurality of object IDs and previously assigned with a specific standard operation; generating instruction data and custom operation data so that the specific object ID is assigned with the indicated operation ID, the custom operation data defining a custom operation concerning an operation identified by the indicated operation ID, the instruction data being information used for execution of the custom operation defined by the custom operation data instead of executing the specific standard operation in response to designation of a display object identified by the specific object ID; and outputting the generated custom operation data and the generated instruction data to the image forming apparatus. acquiring a plurality of object IDs identifying respective ones of a plurality of display objects, the plurality of display objects being to be displayed at respective designated positions on an apparatus display of an image forming apparatus, each of the plurality of object IDs being previously assigned with a corresponding standard operation concerning one of a plurality of operations which the image forming apparatus is capable of execution (S11,12); acquiring a plurality of operation IDs identifying respective ones of the plurality of operations (S11, 12); receiving a first input indicating an operation ID to be correlated to a specific object ID via the user interface, the indicated operation ID being one of the plurality of operation IDs, the specific object ID being one of the plurality of object IDs and previously assigned with a specific standard operation; generating instruction data and custom operation data so that the specific object ID is assigned with the indicated operation ID, the custom operation data defining a custom operation concerning an operation identified by the indicated operation ID, the instruction data being information used for execution of the custom operation defined by the custom operation data instead of executing the specific standard operation in response to designation of a display object identified by the specific object ID; and outputting the generated custom operation data and the generated instruction data to the image forming apparatus.
Sensor support for a vehicle, in particular for an arrangement behind a bumper of the vehicle, comprising at least one receiving area to receive a sensor and at least one attachment area with which the sensor bracket can be fixed with an additional element, in particular with a bumper, a connection area intended to be connected by attachment to the additional element being included on at least a part of the at least attachment area, the sensor support being such that, on at least one attachment area, at least one elastic suspension part is arranged between the connection area and the receiving area, characterized in that the connection area is designed as a raised surface in the attachment area, the raised surface being conformed as a welding surface, in particular as a welding pad, and in that the sensor holder is intended to be manufactured by an injection molding process. characterized in that the connection area is designed as a raised surface in the attachment area, the raised surface being conformed as a welding surface, in particular as a welding pad, and in that the sensor holder is intended to be manufactured by an injection molding process.
A bacterial strain deposited on October 24, 2018, at the Collection Nationale de Culture de Microorganismes (CNCM), 28 rue du Dr. Roux, 75724 PARIS CEDEX 15, under the Budapest Treaty under number CNCM I-5372.
A method of locating tissue layers (14, 16, 18, 20, 22) within a cornea, the cornea having an anterior surface, a posterior surface, and a photodisruption threshold, the method comprising the steps of: focusing a femtosecond laser beam (31A - C) to a laser spot having an energy below the photodisruption threshold of the cornea, the laser beam (31A - C) having a pre-determined wavelength; varying a position of the laser spot between the anterior surface of the cornea and the posterior surface of the cornea, a harmonic signal based on the pre-determined wavelength being produced as the laser spot propagates in the cornea, the harmonic of the pre-determined wavelength having an intensity correlated with a density of the cornea; and determining a transition of the tissue layers (14, 16, 18, 20, 22) based on a predetermined change in intensity of the harmonic signal, further comprising calibrating a focal depth of the laser spot based on the transition of the tissue layers (14, 16, 18, 20, 22). focusing a femtosecond laser beam (31A - C) to a laser spot having an energy below the photodisruption threshold of the cornea, the laser beam (31A - C) having a pre-determined wavelength; varying a position of the laser spot between the anterior surface of the cornea and the posterior surface of the cornea, a harmonic signal based on the pre-determined wavelength being produced as the laser spot propagates in the cornea, the harmonic of the pre-determined wavelength having an intensity correlated with a density of the cornea; and determining a transition of the tissue layers (14, 16, 18, 20, 22) based on a predetermined change in intensity of the harmonic signal, further comprising calibrating a focal depth of the laser spot based on the transition of the tissue layers (14, 16, 18, 20, 22).
A corner profile for fastening of cladding structures, comprising: two load-bearing members connectable by one lateral end side at an angle corresponding to the angle formed by the walls of the corner of the building or premises that is to be clad; at the other lateral end side the load-bearing members are provided with a flange in the form of a plate that is offset toward the inside of the corner and lies parallel to the plane of its corresponding load-bearing member; spacers, which are connected to the load-bearing members such as to be connectable to the plates; and mounting cups situated on the outer side of the load-bearing members to permit the attachment of cladding structures.. two load-bearing members connectable by one lateral end side at an angle corresponding to the angle formed by the walls of the corner of the building or premises that is to be clad; at the other lateral end side the load-bearing members are provided with a flange in the form of a plate that is offset toward the inside of the corner and lies parallel to the plane of its corresponding load-bearing member; spacers, which are connected to the load-bearing members such as to be connectable to the plates; and mounting cups situated on the outer side of the load-bearing members to permit the attachment of cladding structures..
Outer lens for a luminous device, in particular for a motor vehicle, said outer lens comprising: - a main portion (6 1) made of transparent plastic; - at least two edges (6 2, 6 3) for fastening to a housing of the luminous device; - an electrically conductive coating forming a defrosting and/or demisting electrical resistor; - at least two electrodes that are electrically connected to the conductive coating; and in which the electrodes are located on the fastening edges (6 3) and are overmolded by the transparent plastic, characterized in that at least one and preferably each of the electrodes comprises a portion located at an exterior end of the corresponding edge (6 3) so as to be able to be supplied with electrical power via the exterior of the housing. - a main portion (6 1) made of transparent plastic; - at least two edges (6 2, 6 3) for fastening to a housing of the luminous device; - an electrically conductive coating forming a defrosting and/or demisting electrical resistor; - at least two electrodes that are electrically connected to the conductive coating;
Device for producing a wafer cup, comprising a mold core and a female mold, wherein - the female mold has a base and a plurality of wall segments (34, 36) hingedly connected to the base, and - means for pivoting the wall segments (34, 36) from a first position in which the base forms a support for receiving a wafer sheet that extends beyond the base into a second position in which the wall segments (34, 36) form a wall which encloses the base and extends substantially perpendicularly from the base, with the portions of the wafer sheet that extend beyond the region of the base being applied to the mold core, and - the mold core and the base are mounted so as to be displaceable relative to the means, wherein the means have - a holder having two levels (42, 44) arranged one above the other, - a first group of wall segments which are connected to the first level of the holder by means of a first group of arms, and - a second group of wall segments which are connected to the second level of the holder by means of a second group of arms, wherein - the arms are each hingedly connected at one end to the first plane or the second level of the holder and at the other end to one wall segment (34, 36) of the first group or the second group, and the wall segments of the first group of wall segments and the wall segments of the second group of wall segments are arranged alternately on the circumference of the base. - the female mold has a base and a plurality of wall segments (34, 36) hingedly connected to the base, and - means for pivoting the wall segments (34, 36) from a first position in which the base forms a support for receiving a wafer sheet that extends beyond the base into a second position in which the wall segments (34, 36) form a wall which encloses the base and extends substantially perpendicularly from the base, with the portions of the wafer sheet that extend beyond the region of the base being applied to the mold core, and - the mold core and the base are mounted so as to be displaceable relative to the means, wherein the means have - a holder having two levels (42, 44) arranged one above the other, - a first group of wall segments which are connected to the first level of the holder by means of a first group of arms, and - a second group of wall segments which are connected to the second level of the holder by means of a second group of arms, wherein - the arms are each hingedly connected at one end to the first plane or the second level of the holder and at the other end to one wall segment (34, 36) of the first group or the second group, and
Allogenic fecal matter transplant for use in the treatment of cachexia, wherein the allogenic fecal matter transplant is obtained from at least one donor subject, wherein the at least one donor subject has - a Body Mass Index of at least 30 kg/m 2; and - a HOMA-IR of at most 2.5 mg/dL and/or an age of at most 60 years. - a Body Mass Index of at least 30 kg/m 2; and - a HOMA-IR of at most 2.5 mg/dL and/or an age of at most 60 years.
A motor vehicle latch comprising a locking mechanism consisting of a catch and at least one pawl, wherein, in an installed state of the motor vehicle latch and in an open position of the locking mechanism, at least one part of an inlet region for a latch holder can be released, and an actuation means which is arranged in the free inlet region, characterized in that the actuation means forms at least one part of an emergency power supply of the motor vehicle latch.
A surgical apparatus, comprising: a debriding device, which is fitted at a distal end of the surgical apparatus and is configured to debride tissue from a debriding site in a patient body; a hollow tube, configured to evacuate the debrided tissue away from the debriding site; an irrigation assembly, configured to apply irrigation fluid, via multiple orifices (54, 54A, 54B, 60) formed in the irrigation assembly, to the debrided tissue being evacuated, wherein the multiple orifices are distributed along the irrigation assembly, and either: the irrigation assembly is coupled to an inner perimeter of the hollow tube; or the hollow tube is perforated with multiple openings distributed along the hollow tube, and wherein the irrigation assembly is coupled to an outer perimeter of the hollow tube so that each of the orifices is facing a respective one of the openings. a debriding device, which is fitted at a distal end of the surgical apparatus and is configured to debride tissue from a debriding site in a patient body; a hollow tube, configured to evacuate the debrided tissue away from the debriding site; an irrigation assembly, configured to apply irrigation fluid, via multiple orifices (54, 54A, 54B, 60) formed in the irrigation assembly, to the debrided tissue being evacuated, wherein the multiple orifices are distributed along the irrigation assembly, and either: the irrigation assembly is coupled to an inner perimeter of the hollow tube; or the hollow tube is perforated with multiple openings distributed along the hollow tube, and wherein the irrigation assembly is coupled to an outer perimeter of the hollow tube so that each of the orifices is facing a respective one of the openings. the irrigation assembly is coupled to an inner perimeter of the hollow tube; or the hollow tube is perforated with multiple openings distributed along the hollow tube, and wherein the irrigation assembly is coupled to an outer perimeter of the hollow tube so that each of the orifices is facing a respective one of the openings.
Coupling device for cleaning trolleys comprising at least a first male element and a second female element that can be connected to each other, joined in a fixed manner on the outer perimeter of said trolleys, where said elements, male and female couple to one another to retain at least two of said cleaning trolleys, where the male element of the coupling device, fixed to a first trolley, in a position corresponding to the female element, fixed to the second trolley, and where said male element has at least one overhang with an end enlargement and where said female element has a mobile part capable of taking on a first rest position offset from said male element and a second work position connected to said male element, with said mobile part cooperating with said end enlargement to prevent drifting due to the moving apart of said two cleaning trolleys, characterised by the fact that said constraint between the male element and the female element of the coupling device provides a degree of freedom between them, along the vertical axis, allowing the two trolleys to be connected keeping them at a distance that is more or less fixed with respect to the horizontal axis, but being able to move reciprocally along the vertical axis.
A method of making a mixture of compounds V and VI: or a pharmaceutically acceptable salt thereof, the method comprising treating a solution or suspension of compound. VII: or a pharmaceutically acceptable salt thereof, in a solvent with hydrogen gas in the presence of a palladium catalyst and a substituted pyridine selected from the group consisting of 3-methoxypyridine, 3-ethylpyridine, 3- n- butylpyridine, 3-isobutylpyridine, 3-hydroxypyridine, 3-aminopyridine, and 3-dimethylaminopyridine, 4-picoline, 4-methoxypyridine, 4-aminopyridine, and 4-dimethylaminopyridine, wherein an excess of compound V is produced compared to compound VI.
Particles P composed of a core K comprising crosslinked silicone elastomer composition X and of a shell H of silica S, characterized in that the core K comprises reinforcing filler F which is selected from pyrogenic or precipitated hydrophobic silicas having DIN 66131 BET surface areas of at least 50 m 2 /g and also from carbon blacks and activated carbons and silicone resins.
A signal processing apparatus comprising: a demultiplexing unit adapted to demultiplex input encoded data to at least low band encoded sound data and coefficient information; a low band decoding unit adapted to decode the low band encoded sound data to produce low band signals; a selection unit adapted to select a coefficient table which is obtained based on the coefficient information among a plurality of coefficient tables used for the production of high band signals and having coefficients for the respective sub-bands on a high band side; an extension and reduction unit adapted to delete the coefficients of some sub-bands to reduce the coefficient table or produces the coefficients of predetermined sub-bands based on the coefficients of some sub-bands to extend the coefficient table; a high band sub-band power calculation unit adapted to calculate high band sub-band powers of high band sub-band signals of the respective sub-bands constituting the high band signals based on low band sub-band signals of the respective sub-bands constituting the low band signals and the extended or reduced coefficient table; and a high band signal production unit adapted to produce the high band signals based on the high band sub-band powers and the low band sub-band signals. a demultiplexing unit adapted to demultiplex input encoded data to at least low band encoded sound data and coefficient information; a low band decoding unit adapted to decode the low band encoded sound data to produce low band signals; a selection unit adapted to select a coefficient table which is obtained based on the coefficient information among a plurality of coefficient tables used for the production of high band signals and having coefficients for the respective sub-bands on a high band side; an extension and reduction unit adapted to delete the coefficients of some sub-bands to reduce the coefficient table or produces the coefficients of predetermined sub-bands based on the coefficients of some sub-bands to extend the coefficient table; a high band sub-band power calculation unit adapted to calculate high band sub-band powers of high band sub-band signals of the respective sub-bands constituting the high band signals based on low band sub-band signals of the respective sub-bands constituting the low band signals and the extended or reduced coefficient table; and a high band signal production unit adapted to produce the high band signals based on the high band sub-band powers and the low band sub-band signals.
A method for beam failure recovery in user equipment, comprising: detecting a beam failure event between the user equipment and a base station; sending a first beam failure recovery request, BFRQ, to the base station upon detection of the beam failure event; and searching for a beam failure recovery response, BFRP, within a first response time window; wherein sending the BFRQ is carried out in the physical layer of the user equipment; wherein the sending the BFRQ is carried out in the physical layer of the user equipment comprises sending the first BFRQ using one of a physical uplink channel, PUCCH, or a beam failure random access channel, PRACH, for beam failure recovery; wherein the PUCCH-BFRQ opportunity is expected to arrive at a first time and the PRACH-BFRQ opportunity is expected to arrive at a second time, the first time being before the second time, and the PUCCH-BFRQ is sent at the first time when a PUCCH-BFRQ response is expected before the PRACH-BFRQ opportunity at the second time, otherwise the PRACH-BFRQ is sent at the second time. detecting a beam failure event between the user equipment and a base station; sending a first beam failure recovery request, BFRQ, to the base station upon detection of the beam failure event; and searching for a beam failure recovery response, BFRP, within a first response time window; wherein sending the BFRQ is carried out in the physical layer of the user equipment; wherein the sending the BFRQ is carried out in the physical layer of the user equipment comprises sending the first BFRQ using one of a physical uplink channel, PUCCH, or a beam failure random access channel, PRACH, for beam failure recovery; wherein the PUCCH-BFRQ opportunity is expected to arrive at a first time and the PRACH-BFRQ opportunity is expected to arrive at a second time, the first time being before the second time, and the PUCCH-BFRQ is sent at the first time when a PUCCH-BFRQ response is expected before the PRACH-BFRQ opportunity at the second time, otherwise the PRACH-BFRQ is sent at the second time.
A communication method performed by a first device, comprising: obtaining, by the first device, a protocol type supported by a second port of a second device, wherein the protocol type supported by the second port of the second device is a flexible Ethernet protocol and/or a standard Ethernet protocol, and a first port of the first device supports the flexible Ethernet protocol and the standard Ethernet protocol; determining, by the first device, a target protocol type based on the protocol type supported by the second port and a protocol type supported by the first port, wherein the target protocol type is the flexible Ethernet protocol or the standard Ethernet protocol; and communicating, by the first device, with the second device based on the target protocol type through the first port and the second port. obtaining, by the first device, a protocol type supported by a second port of a second device, wherein the protocol type supported by the second port of the second device is a flexible Ethernet protocol and/or a standard Ethernet protocol, and a first port of the first device supports the flexible Ethernet protocol and the standard Ethernet protocol; determining, by the first device, a target protocol type based on the protocol type supported by the second port and a protocol type supported by the first port, wherein the target protocol type is the flexible Ethernet protocol or the standard Ethernet protocol; and communicating, by the first device, with the second device based on the target protocol type through the first port and the second port.