mhurhangee/patent-ind-claim-en huggingface dataset:
A damping valve comprising: an annular valve disc , the valve disc comprising: an annular outer peripheral seat that projects toward an axial direction of the valve disc ; an inner peripheral seat that is provided on an inside of the outer peripheral seat and projects toward the axial direction; an annular window formed between the outer peripheral seat and the inner peripheral seat ; and a port that communicates with the annular window ; an annular leaf valve that is laminated on the valve disc and is seated/unseated on the outer peripheral seat ; an annular spacer interposed between the leaf valve and the inner peripheral seat , the annular spacer being configured to set an initial deflection amount of the leaf valve ; and a positioning part being configured to restrict positional deviation of the spacer in a radial direction relative to the valve disc , wherein the positioning part comprises a projection that projects from one end of the valve disc toward the axial direction characterized in that said projection opposes an outer periphery of the spacer . an annular outer peripheral seat that projects toward an axial direction of the valve disc ; an inner peripheral seat that is provided on an inside of the outer peripheral seat and projects toward the axial direction; an annular window formed between the outer peripheral seat and the inner peripheral seat ; and a port that communicates with the annular window ; an annular leaf valve that is laminated on the valve disc and is seated/unseated on the outer peripheral seat ; an annular spacer interposed between the leaf valve and the inner peripheral seat , the annular spacer being configured to set an initial deflection amount of the leaf valve ; and a positioning part being configured to restrict positional deviation of the spacer in a radial direction relative to the valve disc , wherein the positioning part comprises a projection that projects from one end of the valve disc toward the axial direction characterized in that said projection opposes an outer periphery of the spacer .
A method for supporting both a fix-length conventional 188 byte long MPEG2-TS transport packet and a variable-length transport packet in transmitting a transport stream, the method comprising: determining data to be included in a transport packet; determining whether the transport packet is to be a variable-length transport packet; generating a header comprising an adaptation_field_contol, AFC, field for indicating whether the transport packet is a variable-length transport packet, wherein if the AFC field is '00', the transport packet is a variable-length transport packet, otherwise, the transport packet is a fix-length conventional 188 byte long MPEG2-TS transport packet; if the transport packet is a variable-length transport packet, generating an optional header comprising total length information of the transport packet, and transmitting the transport packet comprising the data, the header and the optional header; and if the transport packet is a fix-length conventional 188 byte long MPEG2-TS transport packet, transmitting the transport packet comprising the data and the header, but not comprising the optional header, in conformity with the MPEG2-TS format. determining data to be included in a transport packet; determining whether the transport packet is to be a variable-length transport packet; generating a header comprising an adaptation_field_contol, AFC, field for indicating whether the transport packet is a variable-length transport packet, wherein if the AFC field is '00', the transport packet is a variable-length transport packet, otherwise, the transport packet is a fix-length conventional 188 byte long MPEG2-TS transport packet; if the transport packet is a variable-length transport packet, generating an optional header comprising total length information of the transport packet, and transmitting the transport packet comprising the data, the header and the optional header; and if the transport packet is a fix-length conventional 188 byte long MPEG2-TS transport packet, transmitting the transport packet comprising the data and the header, but not comprising the optional header, in conformity with the MPEG2-TS format.
A tool assembly for leak resistant dissection of tissue comprising: a cartridge assembly including a cartridge defining a first longitudinal axis ("A") and having a linear longitudinal portion and a transverse portion , the transverse portion being contiguous with and positioned distally of the longitudinal portion , the cartridge defining a central knife slot and at least one row of staple receiving pockets positioned on each side of the knife slot , wherein the central knife slot and the at least one row of staple receiving pockets extend along at least a portion of the transverse portion of the cartridge body ; and an anvil positioned along the first longitudinal axis ("A") having a linear longitudinal portion and a transverse portion , the transverse portion of the anvil being contiguous with and positioned distally of the longitudinal portion of the anvil , the anvil being supported adjacent to the cartridge assembly and defining an anvil knife slot that is aligned with the central knife slot of the cartridge body and at least one row of staple deforming depressions positioned on each side of the anvil knife slot , wherein the anvil knife slot and the at least one row of staple deforming depressions extend along at least a portion of the transverse portion of the anvil ; characterised in that the length ("Y") of the longitudinal portions of the cartridge and the anvil is at least 80 percent of the overall length ("W") of the tool assembly . a cartridge assembly including a cartridge defining a first longitudinal axis ("A") and having a linear longitudinal portion and a transverse portion , the transverse portion being contiguous with and positioned distally of the longitudinal portion , the cartridge defining a central knife slot and at least one row of staple receiving pockets positioned on each side of the knife slot , wherein the central knife slot and the at least one row of staple receiving pockets extend along at least a portion of the transverse portion of the cartridge body ; and an anvil positioned along the first longitudinal axis ("A") having a linear longitudinal portion and a transverse portion , the transverse portion of the anvil being contiguous with and positioned distally of the longitudinal portion of the anvil , the anvil being supported adjacent to the cartridge assembly and defining an anvil knife slot that is aligned with the central knife slot of the cartridge body and at least one row of staple deforming depressions positioned on each side of the anvil knife slot , wherein the anvil knife slot and the at least one row of staple deforming depressions extend along at least a portion of the transverse portion of the anvil ; characterised in that the length ("Y") of the longitudinal portions of the cartridge and the anvil is at least 80 percent of the overall length ("W") of the tool assembly .
An information processing apparatus comprising: reception means configured to receive from an image forming apparatus : setting information used for the image forming apparatus to operate; and configuration information held in the image forming apparatus and indicating a function of the image forming apparatus ; holding means configured to hold the setting information and the configuration information received by the reception means ; first control means configured to perform control in a manner that the setting information and the configuration information held in the holding means are stored as backup information in a storage means; and second control means configured to perform control in a manner that, in a case where restoration with respect to the holding means is executed by using the backup information stored in the storage means and where the configuration information held in the image forming apparatus is changed after a time when the backup information is stored in the storage means, the configuration information held in the image forming apparatus after the time when the backup information is stored in the storage means is held in the holding means after the restoration. reception means configured to receive from an image forming apparatus : setting information used for the image forming apparatus to operate; and configuration information held in the image forming apparatus and indicating a function of the image forming apparatus ; setting information used for the image forming apparatus to operate; and configuration information held in the image forming apparatus and indicating a function of the image forming apparatus ; holding means configured to hold the setting information and the configuration information received by the reception means ; first control means configured to perform control in a manner that the setting information and the configuration information held in the holding means are stored as backup information in a storage means; and second control means configured to perform control in a manner that, in a case where restoration with respect to the holding means is executed by using the backup information stored in the storage means and where the configuration information held in the image forming apparatus is changed after a time when the backup information is stored in the storage means, the configuration information held in the image forming apparatus after the time when the backup information is stored in the storage means is held in the holding means after the restoration.
(Amended) A coated cutting tool having a hard coating film on a surface of the tool, wherein: the hard coating film is a nitride, a content ratio of titanium (Ti) with respect to a total amount of metal elements (including semimetal elements) is in a range of 70 at% to 95 at%, a content ratio of silicon (Si) with respect to the total amount of metal elements (including semimetal elements) is in a range of 5 at% to 30 at%, and, with respect to the total amount of metal elements (including semimetal elements) and non-metal elements, the hard coating film contains argon (Ar) at 0.1 at% or less; the hard coating film has a NaCl type crystal structure, a face exhibits the maximum intensity, and the hard coating film has an average crystal grain size in a range of 5 nm to 30 nm; and with respect to a composition at every 20 nm-depth of the hard coating film from a depth of 20 nm to 200 nm, a content ratio of nitrogen is 50.0 at% or higher in a case in which the total content ratio of metal elements (including semimetal elements), nitrogen, oxygen, and carbon is 100 at%. the hard coating film is a nitride, a content ratio of titanium (Ti) with respect to a total amount of metal elements (including semimetal elements) is in a range of 70 at% to 95 at%, a content ratio of silicon (Si) with respect to the total amount of metal elements (including semimetal elements) is in a range of 5 at% to 30 at%, and, with respect to the total amount of metal elements (including semimetal elements) and non-metal elements, the hard coating film contains argon (Ar) at 0.1 at% or less; the hard coating film has a NaCl type crystal structure, a face exhibits the maximum intensity, and the hard coating film has an average crystal grain size in a range of 5 nm to 30 nm; and with respect to a composition at every 20 nm-depth of the hard coating film from a depth of 20 nm to 200 nm, a content ratio of nitrogen is 50.0 at% or higher in a case in which the total content ratio of metal elements (including semimetal elements), nitrogen, oxygen, and carbon is 100 at%.
A system comprising: a pixel including a diffusion layer in contact with an absorption layer that is sensitive to illumination; a transparent conductive oxide (TCO) electrically connected to the diffusion layer ; a contact metal electrically connected to the diffusion layer , configured to electrically connect the diffusion layer to a read-out integrated circuit (ROIC) ; and an overflow contact configured to be electrically connected to the ROIC and electrically connected with the diffusion layer through the TCO . a pixel including a diffusion layer in contact with an absorption layer that is sensitive to illumination; a transparent conductive oxide (TCO) electrically connected to the diffusion layer ; a contact metal electrically connected to the diffusion layer , configured to electrically connect the diffusion layer to a read-out integrated circuit (ROIC) ; and an overflow contact configured to be electrically connected to the ROIC and electrically connected with the diffusion layer through the TCO .
A washing-drying integrated apparatus, wherein the washing-drying integrated apparatus comprises a cylinder assembly, a drying channel , an air guide assembly and a fan ; the fan is arranged inside the drying channel , and the drying channel is communicated with the cylinder assembly and forms a circulating air path together with the cylinder assembly; a ventilation branch communicated with the outside of the washing-drying integrated apparatus is arranged on the drying channel in a bypassing manner, wherein an opening is arranged on a front panel of a cabinet of the washing-drying integrated apparatus, and the ventilation branch is communicated with the opening ; and wherein the washing-drying integrated apparatus is configured to be able to operate in a drying program and in an air-drying program; characterized in that the air guide assembly comprises a shell arranged where the drying channel and the ventilation branch are communicated, and an air guide member at least partially arranged inside the shell ; the shell is formed with an air inlet and an air outlet that are communicated with the drying channel , and a vent communicated with the ventilation branch , wherein in the drying program, the vent is closed by the air guide member, and air in the drying channel enters the shell through the air inlet of the shell and then returns to the drying channel through the air outlet of the shell ; and wherein in the air-drying program, the vent is opened by the air guide member, the air inlet , the air outlet , and the vent are all communicated with each other, and the drying channel is communicated with the ventilation branch . wherein an opening is arranged on a front panel of a cabinet of the washing-drying integrated apparatus, and the ventilation branch is communicated with the opening ; and wherein the washing-drying integrated apparatus is configured to be able to operate in a drying program and in an air-drying program; characterized in that the air guide assembly comprises a shell arranged where the drying channel and the ventilation branch are communicated, and an air guide member at least partially arranged inside the shell ; the shell is formed with an air inlet and an air outlet that are communicated with the drying channel , and a vent communicated with the ventilation branch , wherein in the drying program, the vent is closed by the air guide member, and air in the drying channel enters the shell through the air inlet of the shell and then returns to the drying channel through the air outlet of the shell ; and wherein in the air-drying program, the vent is opened by the air guide member, the air inlet , the air outlet , and the vent are all communicated with each other, and the drying channel is communicated with the ventilation branch .
Three-dimensional printing ink comprising (a) a phthalonitrile oligomer comprising one or more repeat units represented by the following Chemical Formula 1 and (b) a curing agent. in the Chemical Formula 1, R a and R b are each independently, hydrogen, a C 1-5 alkyl group, a C 1-3 hydroxyalkyl group, or a group represented by L is a direct bond or a C 1-5 alkylene group unsubstituted or substituted with a C 1-5 alkyl group, Z a and Z b are each independently, hydrogen or a group of and at least one of Z a and Z b included the repeat unit represented by the Chemical Formula 1 is a group of p is 1 to 10, q is 0 or 1, and n is a degree of polymerization of the repeat unit represented by the Chemical Formula 1. in the Chemical Formula 1, R a and R b are each independently, hydrogen, a C 1-5 alkyl group, a C 1-3 hydroxyalkyl group, or a group represented by L is a direct bond or a C 1-5 alkylene group unsubstituted or substituted with a C 1-5 alkyl group, Z a and Z b are each independently, hydrogen or a group of and at least one of Z a and Z b included the repeat unit represented by the Chemical Formula 1 is a group of p is 1 to 10, q is 0 or 1, and n is a degree of polymerization of the repeat unit represented by the Chemical Formula 1.
A mobile terminal comprising: a memory configured to store a plurality of sound sources; an output unit comprising an audio output module and a display module ; and a controller configured to: control the output of sound sources comprising at least another one of the plurality of sound sources, based on a specific event acquired when at least one of the plurality of sound sources is output to the audio output module or on standby for output; display, on the display module , a control window for acquiring a user input to control the output of sound sources comprising the at least another one when the specific event is acquired, wherein the control window is divided into a plurality of areas to correspond to the plurality of sound sources comprising the at least another one and control the output of the sound sources based on the input acquired through the control window, wherein, when the output of a specific sound source of the sound sources comprising the at least another one is adjusted to a threshold value or less, the controller is configured to terminate the running of an application corresponding to the specific sound source. a memory configured to store a plurality of sound sources; an output unit comprising an audio output module and a display module ; and a controller configured to: control the output of sound sources comprising at least another one of the plurality of sound sources, based on a specific event acquired when at least one of the plurality of sound sources is output to the audio output module or on standby for output; display, on the display module , a control window for acquiring a user input to control the output of sound sources comprising the at least another one when the specific event is acquired, wherein the control window is divided into a plurality of areas to correspond to the plurality of sound sources comprising the at least another one and control the output of the sound sources based on the input acquired through the control window, wherein, when the output of a specific sound source of the sound sources comprising the at least another one is adjusted to a threshold value or less, the controller is configured to terminate the running of an application corresponding to the specific sound source.
A projection capture system , comprising; a camera to capture images of objects in a capture space; and a projector to illuminate the objects in the capture space and to project images captured by the camera into a display space, wherein the projector includes a flash mode for projecting white light for illuminating the objects in the capture space; and a controller to adjust drive settings to LEDs of the projector to achieve a predetermined white point during the flash mode, characterized by a color meter to generate color information based on the projected white light during the flash mode; wherein the controller is to adjust the drive settings of the LEDs based on the color information generated by the color meter ; wherein the controller uses a simulated annealing method to achieve the predetermined white point.
Device for distributing bulk material, in particular seeds, on agricultural areas, with - a bulk material source for the provision of bulk material, - a flow path connected with the bulk material source , wherein the flow path comprises at least one line for conveying the bulk material from the bulk material source towards the usable surface, and - a device for blocking detection in at least one, several or all lines of the flow path , wherein the device for blocking detection - at least one sensor (21a-c), which is mounted on the outside at the line and is set up to detect mechanical vibrations of the line, as well as - a value unit connected to the sensor (21a-c) signal-oriented, which is set up as a function of the detected mechanical vibration, a blockage, wherein the flow path comprises a distributor head connected with the line, which comprises a plurality of bulk material outlets , wherein the bulk material outlets each have a partial channel of the flow path with the distributor head , wherein the sensor (21a-c) is a first sensor, and the device for blocking detection further comprises at least one second sensor , characterized in that the second sensor is arranged at a distance to the first sensor (21a-c) on the outlet side of the distributor head or in one of the partial channels , wherein the second sensor is configured to record a thermoemometric measurement variable. - a bulk material source for the provision of bulk material, - a flow path connected with the bulk material source , wherein the flow path comprises at least one line for conveying the bulk material from the bulk material source towards the usable surface, and - a device for blocking detection in at least one, several or all lines of the flow path , - at least one sensor (21a-c), which is mounted on the outside at the line and is set up to detect mechanical vibrations of the line, as well as - a value unit connected to the sensor (21a-c) signal-oriented, which is set up as a function of the detected mechanical vibration, a blockage, wherein the flow path comprises a distributor head connected with the line, which comprises a plurality of bulk material outlets , wherein the bulk material outlets each have a partial channel of the flow path with the distributor head , wherein the sensor (21a-c) is a first sensor, and the device for blocking detection further comprises at least one second sensor , characterized in that the second sensor is arranged at a distance to the first sensor (21a-c) on the outlet side of the distributor head or in one of the partial channels , wherein the second sensor is configured to record a thermoemometric measurement variable.
Motor vehicle body element comprising a first face and a second face opposite to the first face, the element comprising a rear wheelhouse sheet part , an attachment region for a rear axial bearing of the vehicle, an attachment region for a vehicle shock absorber, a rear side rail part , and also a lower front part of a cast rear quarter panel , attachments and articulations for a seat part and backrest of a rear bench seat, characterized in that it comprises a single casting comprising a molten material feed region .