mhurhangee/ep-ind-claims huggingface dataset:
A method of setting up a peer link in a wireless mesh network, performed by a mesh point, MP, the method comprising: discovering a candidate peer MP by receiving a beacon frame or a probe response frame from the candidate peer MP, the beacon frame or probe response frame including a mesh configuration element, the mesh configuration element containing a mesh capability field indicating whether the candidate peer MP is a possible candidate for establishment of the peer link; transmitting a peer link open frame to the candidate peer MP in order to request establishment of the peer link with the candidate peer MP, the peer link open frame including a mesh ID field indicating a mesh ID, a requested mesh configuration field indicating a mesh configuration supported by the MP's mesh profile, a high throughput, HT, capabilities field indicating operations associated with an HT service and an HT operation field indicating operations associated with the HT service, the HT service being a service supported by IEEE 802.11n standard; receiving a peer link confirmation frame from the candidate peer MP in response to the peer link open frame, wherein the peer link open frame and the peer link confirmation frame are transmitted and received without passing through an access point, AP, which provides a distribution system, DS; and establishing the peer link when the peer link confirmation frame includes fields that are set to same values as the mesh ID field, and the requested mesh configuration field. discovering a candidate peer MP by receiving a beacon frame or a probe response frame from the candidate peer MP, the beacon frame or probe response frame including a mesh configuration element, the mesh configuration element containing a mesh capability field indicating whether the candidate peer MP is a possible candidate for establishment of the peer link; transmitting a peer link open frame to the candidate peer MP in order to request establishment of the peer link with the candidate peer MP, the peer link open frame including a mesh ID field indicating a mesh ID, a requested mesh configuration field indicating a mesh configuration supported by the MP's mesh profile, a high throughput, HT, capabilities field indicating operations associated with an HT service and an HT operation field indicating operations associated with the HT service, the HT service being a service supported by IEEE 802.11n standard; receiving a peer link confirmation frame from the candidate peer MP in response to the peer link open frame, wherein the peer link open frame and the peer link confirmation frame are transmitted and received without passing through an access point, AP, which provides a distribution system, DS; and establishing the peer link when the peer link confirmation frame includes fields that are set to same values as the mesh ID field, and the requested mesh configuration field.
An imaging optical system that has the function of the magnification adjustment, comprising in order from the object side of the imaging optical system: an optical axis bending means that has the function to bend the optical axis, a first lens group that has positive power, that forms an intermediate real image, and that is a movable lens group, a second lens group that has positive power, that refracts the off-axis ray bundles toward along the optical axis, and a third lens group that has positive power, that relays said intermediate real image onto the image sensor, and that is a movable lens group; wherein the intermediate real image is located after the first lens group, and the third lens group is located after the intermediate real image. an optical axis bending means that has the function to bend the optical axis, a first lens group that has positive power, that forms an intermediate real image, and that is a movable lens group, a second lens group that has positive power, that refracts the off-axis ray bundles toward along the optical axis, and a third lens group that has positive power, that relays said intermediate real image onto the image sensor, and that is a movable lens group; wherein the intermediate real image is located after the first lens group, and the third lens group is located after the intermediate real image.
A host device for acquiring content, the host device configured to: acquire encrypted content from a storage device; acquire, from the storage device, a security information file including a name of a control file, an address for an area of the storage device where the control file is stored, a title key identifier, and an initialization vector for decryption of the encrypted content; acquire the control file for controlling usage of the encrypted content from the storage device using the security information file; acquire the title key for decrypting the encrypted content from a secure area of the storage device using the security information file; and decrypt the encrypted content using the initialization vector and the title key. acquire encrypted content from a storage device; acquire, from the storage device, a security information file including a name of a control file, an address for an area of the storage device where the control file is stored, a title key identifier, and an initialization vector for decryption of the encrypted content; acquire the control file for controlling usage of the encrypted content from the storage device using the security information file; acquire the title key for decrypting the encrypted content from a secure area of the storage device using the security information file; and decrypt the encrypted content using the initialization vector and the title key.
An electric work vehicle comprising: a left motor that is configured to drive a left drive wheel; a right motor that is configured to drive a right drive wheel; a cooling liquid circulation flow path connected to the left motor and the right motor; a radiator and a pump disposed on the cooling liquid circulation flow path, characterized by a cooling liquid distribution mechanism, wherein the cooling liquid distribution mechanism is configured to, according to a travel state, adjust a ratio between a cooling liquid flow amount that flows from the pump to the left motor and a cooling liquid flow amount that flows from the pump to the right motor, and by the fact that the travel state is an inclination angle in a vehicle body transverse direction of a traveling vehicle body, and the cooling liquid distribution mechanism is a distribution valve that is configured to make a cooling liquid flow amount to a motor (4L, 4R) that drives a drive wheel (12L, 12R) located on a lower side of an inclination greater than a cooling liquid flow amount to a motor (4L, 4R) that drives a drive wheel (12L, 12R) located on an upper side of an inclination. a left motor that is configured to drive a left drive wheel; a right motor that is configured to drive a right drive wheel; a cooling liquid circulation flow path connected to the left motor and the right motor; a radiator and a pump disposed on the cooling liquid circulation flow path, characterized by a cooling liquid distribution mechanism, wherein the cooling liquid distribution mechanism is configured to, according to a travel state, adjust a ratio between a cooling liquid flow amount that flows from the pump to the left motor and a cooling liquid flow amount that flows from the pump to the right motor, and by the fact that the travel state is an inclination angle in a vehicle body transverse direction of a traveling vehicle body, and the cooling liquid distribution mechanism is a distribution valve that is configured to make a cooling liquid flow amount to a motor (4L, 4R) that drives a drive wheel (12L, 12R) located on a lower side of an inclination greater than a cooling liquid flow amount to a motor (4L, 4R) that drives a drive wheel (12L, 12R) located on an upper side of an inclination.
A communication method, performed by an access point and comprising: sending, over a shared communication medium to an access terminal, control signaling in accordance with a first Radio Access Technology, RAT; thereafter dynamically selecting between the first RAT and a second RAT for transmission of a packet of data traffic to the access terminal based on one or more operating mode criteria, wherein the access terminal is connected to the access point via both the first RAT and the second RAT; dynamically scheduling the packet of data traffic for transmission to the access terminal on the selected RAT; and transmitting, over the shared communication medium to the access terminal, the scheduled packet of data traffic in accordance with the selected RAT. sending, over a shared communication medium to an access terminal, control signaling in accordance with a first Radio Access Technology, RAT; thereafter dynamically selecting between the first RAT and a second RAT for transmission of a packet of data traffic to the access terminal based on one or more operating mode criteria, wherein the access terminal is connected to the access point via both the first RAT and the second RAT; dynamically scheduling the packet of data traffic for transmission to the access terminal on the selected RAT; and transmitting, over the shared communication medium to the access terminal, the scheduled packet of data traffic in accordance with the selected RAT.
An antenna, comprising: a. a plurality of radiating elements arranged in an array; b. a plurality of diplexers having a first port, a second port and a third port; the first port of each diplexer coupled to at least one radiating element; the diplexer having a first filter defining a first pass band coupling the first port to the second port and a second filter defining a second pass band coupling the first port to the third port; c. a bidirectional passive feed network configured to be coupled to a single radio operating in the first pass band, the passive feed network comprising a phase shifter coupled to an input transmission line and a plurality of output transmission lines, where an output transmission line is coupled to each of the second ports of the plurality of diplexers; and d. a bidirectional active feed network comprising a plurality of active radios operating in the second pass band, where each of the plurality of active radios is coupled to one of the third ports of the plurality of diplexers. a. a plurality of radiating elements arranged in an array; b. a plurality of diplexers having a first port, a second port and a third port; the first port of each diplexer coupled to at least one radiating element; the diplexer having a first filter defining a first pass band coupling the first port to the second port and a second filter defining a second pass band coupling the first port to the third port; c. a bidirectional passive feed network configured to be coupled to a single radio operating in the first pass band, the passive feed network comprising a phase shifter coupled to an input transmission line and a plurality of output transmission lines, where an output transmission line is coupled to each of the second ports of the plurality of diplexers; and d. a bidirectional active feed network comprising a plurality of active radios operating in the second pass band, where each of the plurality of active radios is coupled to one of the third ports of the plurality of diplexers.
A method for determining the presence of a transponder unit in an electromagnetic field of a reading/writing device (2, 4), comprising the following method steps by the reading/writing device: • bringing a control unit out of a standby mode into a detection mode • emitting a detection signal • tapping a response signal • forwarding the response signal to a demodulation unit • identifying a comparative signal • forwarding the comparative signal to the control unit • comparing the comparative signal to a reference signal • emitting a communication signal, if the comparative signal differs from the reference signal by a predeterminable value, otherwise returning to the standby mode characterised in that, at the beginning of a detection cycle, the reading/writing device (2, 4) is in a standby mode, in which only the parts of the control unit which are required in order to periodically bring the reading/writing device (2, 4) into the detection mode are active, that a burst made up of a plurality of vibrations is generated as a detection signal by means of an external oscillator, which is employed exclusively to generate the burst, and the burst is directed to the antenna, that, as a response signal, a voltage tapped at the antenna of the reading/writing device (2, 4) is supplied as an antenna signal to the demodulation unit and, by means of this, is rectified and analogously added up and buffered via a plurality of vibrations, and that only after the external oscillator, and thus the detection signal, is switched off is the reading/writing device switched into the detection mode and the buffered value is forwarded onto the control unit as a comparative signal and, there, is compared to the reference signal. • bringing a control unit out of a standby mode into a detection mode • emitting a detection signal • tapping a response signal • forwarding the response signal to a demodulation unit • identifying a comparative signal • forwarding the comparative signal to the control unit • comparing the comparative signal to a reference signal • emitting a communication signal, if the comparative signal differs from the reference signal by a predeterminable value, otherwise returning to the standby mode
A gas cooking appliance including a valve with a valve stem; a first pipe configured to transport gas to the valve, a burner, a second pipe configured to transport gas from the valve to the burner and a console including a cutout, the cutout having an edge defining a shape of the cutout, a knob including a handle and a bezel, the knob being configured to control a state of the valve, characterized in that the bezel has a rear face with protrusions (310, 311) extending rearward from a rear face of the bezel and contacting the edge of the cutout of the console to align the bezel and therefore also to align the knob of which bezel is a part, and wherein said gas cooking appliance further comprises: a bracket coupling the knob to the valve, with the valve stem extending through holes (355, 360) formed in bracket and bezel, respectively, and the handle is directly coupled to the valve stem, wherein the bracket includes first legs (305, 306) which are configured to mate with said protrusions (310, 311), the bracket also includes second legs (330, 331) which align with first holes (335, 336) formed in bezel when bracket 300 is coupled to bezel; and fasteners (340, 341) inserted through said first holes (335, 336) and threaded into second holes (345, 346) formed in said second legs (330, 331), to secure the bracket to the bezel. a bracket coupling the knob to the valve, with the valve stem extending through holes (355, 360) formed in bracket and bezel, respectively, and the handle is directly coupled to the valve stem, wherein the bracket includes first legs (305, 306) which are configured to mate with said protrusions (310, 311), the bracket also includes second legs (330, 331) which align with first holes (335, 336) formed in bezel when bracket 300 is coupled to bezel; and fasteners (340, 341) inserted through said first holes (335, 336) and threaded into second holes (345, 346) formed in said second legs (330, 331), to secure the bracket to the bezel.
Device for the treatment of internal injury to the gastrointestinal tract, comprising a tubular body with a liquid-tight through-channel running through the tubular body in the direction of its longitudinal extension and a porous material arranged on the outer surface of the tubular body out of which fluid absorbed by the porous material can be sucked by means of a drainage line, characterised in that the porous material is only arranged on the outer surface of the tubular body over a part of the longitudinal extension of the tubular body, that the tubular body is surrounded, on each side of the part of its longitudinal extension over which the porous material is arranged on its outer surface, by an elastically expandable balloon element (4, 5), the outer diameter (a) of which can be enlarged by filling it with a filling medium, wherein each balloon element (4, 5) has a pre-formed curvature.
A method of examining a sample by microscopy in a vacuum chamber, comprising: providing within the vacuum chamber a sample (608, 714) comprising at least one fluorescent marker; evacuating the vacuum chamber to a pressure of less than 1×10 -2 mbar; illuminating the sample with radiation that excites the fluorescent marker; and imaging the sample using detected light emitted from the fluorescent marker; characterized by providing at the fluorescent marker a vapor that increases activity of the fluorescent marker in the evacuated chamber, the vapor pressure at the fluorescent marker being greater than a background vapor pressure in the vacuum chamber before illuminating the fluorescent marker. providing within the vacuum chamber a sample (608, 714) comprising at least one fluorescent marker; evacuating the vacuum chamber to a pressure of less than 1×10 -2 mbar; illuminating the sample with radiation that excites the fluorescent marker; and imaging the sample using detected light emitted from the fluorescent marker; characterized by providing at the fluorescent marker a vapor that increases activity of the fluorescent marker in the evacuated chamber, the vapor pressure at the fluorescent marker being greater than a background vapor pressure in the vacuum chamber before illuminating the fluorescent marker.
A fabric particularly for items of clothing and shoes comprising: - a first inner layer (11, 111, 211, 411), to be directed toward the body of the user, which is substantially hydrophobic and breathable and is suitable to direct liquid-phase and vapor-phase perspiration away from the user of an item of clothing or the like produced with said fabric, - a second intermediate spacing layer (12, 112, 212, 412), which is substantially hydrophobic and transfers the liquid-phase perspiration from said first inner layer (11, 111, 211, 411) toward a third outer layer (13, 113, 213), - a third outer layer (13, 113,213) which is substantially hydrophilic and is suitable for permeation of vapor-phase perspiration, for absorbing liquid-phase perspiration that arrives from the first layer (11, 111, 211, 411), and for distributing said liquid-phase perspiration over a large surface thereof so that it can evaporate outwardly, - said layers (11, 111, 211, 411, 12, 212, 412, 13, 113, 213) being joined so as to form a single body, characterised in that preferential passages are formed in said second intermediate layer (12, 112, 212, 412) for vapor-phase perspiration from said first layer outwardly and are provided by a plurality of channels (14, 114, 414), which are formed by a plurality of parallel ribs (15, 115, 415), said channels (14, 114, 414), particularly if arranged predominantly vertically, being adapted to facilitate the rise of vapor-phase perspiration from the lower region of the item of clothing upwardly. - a first inner layer (11, 111, 211, 411), to be directed toward the body of the user, which is substantially hydrophobic and breathable and is suitable to direct liquid-phase and vapor-phase perspiration away from the user of an item of clothing or the like produced with said fabric, - a second intermediate spacing layer (12, 112, 212, 412), which is substantially hydrophobic and transfers the liquid-phase perspiration from said first inner layer (11, 111, 211, 411) toward a third outer layer (13, 113, 213), - a third outer layer (13, 113,213) which is substantially hydrophilic and is suitable for permeation of vapor-phase perspiration, for absorbing liquid-phase perspiration that arrives from the first layer (11, 111, 211, 411), and for distributing said liquid-phase perspiration over a large surface thereof so that it can evaporate outwardly, - said layers (11, 111, 211, 411, 12, 212, 412, 13, 113, 213) being joined so as to form a single body, characterised in that preferential passages are formed in said second intermediate layer (12, 112, 212, 412) for vapor-phase perspiration from said first layer outwardly and are provided by a plurality of channels (14, 114, 414), which are formed by a plurality of parallel ribs (15, 115, 415), said channels (14, 114, 414), particularly if arranged predominantly vertically, being adapted to facilitate the rise of vapor-phase perspiration from the lower region of the item of clothing upwardly.
An all-solid-state lithium-ion battery comprising: a positive electrode; a negative electrode; and a solid electrolyte layer interposed between the positive electrode and the negative electrode, wherein the solid electrolyte layer includes a first solid electrolyte, the positive electrode has a positive electrode active material layer contacting the solid electrolyte layer and a current collector in which the positive electrode active material layer is laminated, and the positive electrode active material layer includes a positive electrode active material comprising: particles including crystals of a lithium metal composite oxide, wherein the lithium metal composite oxide contains at least Li and a transition metal; and wherein the crystal structure of the lithium metal composite oxide is a layered structure; wherein the particles are formed of primary particles, secondary particles which are aggregates of the primary particles, and single particles which exist independently of the primary particles and the secondary particles, and the particles have an average crush strength of more than 50 MPa and 150 MPa or less measured as disclosed in the description and satisfy Expression 1.0 μ m ≤ D min (In Expression, D min is a minimum particle size (μm) in a volume-based cumulative particle size distribution curve of the positive electrode active material obtained by measuring with a laser diffraction type particle size distribution measuring device as disclosed in the description). a positive electrode; a negative electrode; and a solid electrolyte layer interposed between the positive electrode and the negative electrode, wherein the solid electrolyte layer includes a first solid electrolyte, the positive electrode has a positive electrode active material layer contacting the solid electrolyte layer and a current collector in which the positive electrode active material layer is laminated, and the positive electrode active material layer includes a positive electrode active material comprising: particles including crystals of a lithium metal composite oxide, wherein the lithium metal composite oxide contains at least Li and a transition metal; and wherein the crystal structure of the lithium metal composite oxide is a layered structure; particles including crystals of a lithium metal composite oxide, wherein the lithium metal composite oxide contains at least Li and a transition metal; and wherein the crystal structure of the lithium metal composite oxide is a layered structure;
A composition comprising: (a) a TLR7/8 agonist, wherein the TLR 7/8 agonist is 3M- 052; (b) a helper lipid or polysorbate 80; and (c) an aluminum salt. (a) a TLR7/8 agonist, wherein the TLR 7/8 agonist is 3M- 052; (b) a helper lipid or polysorbate 80; and (c) an aluminum salt.