mhurhangee/patent-ind-claim-en huggingface dataset:
A system for lighting a space (S) for growing vegetables (V), wherein the system includes: - a first set of lighting sources for lighting the vegetables (V) in a first, vertical direction, - a second set of lighting sources for lighting the vegetables (V) in at least one second direction, different from the vertical direction, wherein said lighting sources have: - an intensity of the lighting radiation emitted, - a spectrum of the lighting radiation emitted, - a light radiation emission pattern, and wherein the lighting sources in the first set and the lighting sources in the second set have a wide light radiation emission pattern in the first set and a narrow light radiation emission pattern in the second set . - a first set of lighting sources for lighting the vegetables (V) in a first, vertical direction, - a second set of lighting sources for lighting the vegetables (V) in at least one second direction, different from the vertical direction, - an intensity of the lighting radiation emitted, - a spectrum of the lighting radiation emitted, - a light radiation emission pattern,
An image capturing device , comprising: an image capturing element having a first image capturing region that captures an image of a photographic subject and outputs first image data, and a second image capturing region that captures an image of the photographic subject and outputs second image data; a setting unit that sets an image capture condition for the first image capturing region to an image capture condition that is different from an image capture condition for the second image capturing region; a correction unit that performs correction upon the second image data of a second color component outputted from the second image capturing region, for employment in color interpolation at a pixel position of the first image data of a first color component outputted from the first image capturing region, the first color component being different from the second color component; and a generation unit that generates an image of the photographic subject that has been captured by the first image capturing region by employing image data generated by color interpolating the first image data according to the second image data as corrected by the correction unit at said pixel position of the first image data of the first color component, wherein as the correction for employment in color interpolation of the first image data outputted from the first image capturing region, the correction unit performs correction upon the second image data outputted from the second image capturing region based on the image capture condition for the first image capturing region and/or the image capture condition for the second image capturing region. an image capturing element having a first image capturing region that captures an image of a photographic subject and outputs first image data, and a second image capturing region that captures an image of the photographic subject and outputs second image data; a setting unit that sets an image capture condition for the first image capturing region to an image capture condition that is different from an image capture condition for the second image capturing region; a correction unit that performs correction upon the second image data of a second color component outputted from the second image capturing region, for employment in color interpolation at a pixel position of the first image data of a first color component outputted from the first image capturing region, the first color component being different from the second color component; and a generation unit that generates an image of the photographic subject that has been captured by the first image capturing region by employing image data generated by color interpolating the first image data according to the second image data as corrected by the correction unit at said pixel position of the first image data of the first color component,
A conductive paste for forming a solar cell electrode comprising a conductive powder, a glass frit, and an organic vehicle, wherein the glass frit is a tellurium-based glass frit containing 30-70 mol% of tellurium, 15-40 mol% of tungsten, 5-30 mol% of zinc, 5-10 mol% of boron, and 1-5 mol% of zirconium in terms of oxides; and the conductive powder contains silver as a main component and has specific surface area of 0.4 m 2 /g or more. the glass frit is a tellurium-based glass frit containing 30-70 mol% of tellurium, 15-40 mol% of tungsten, 5-30 mol% of zinc, 5-10 mol% of boron, and 1-5 mol% of zirconium in terms of oxides; and the conductive powder contains silver as a main component and has specific surface area of 0.4 m 2 /g or more.
A mop comprising: a pole ; a head member ; a hinge coupled between the head member and the pole the hinge having: a body , characterized in that the body comprises a first portion pivotally coupled to the head member about a first axis and a second portion pivotally coupled to the pole about a second axis , the first axis being perpendicular to the second axis; wherein the mop comprises a biasing member coupled between the head member and the first portion, wherein the biasing member acts to rotate the head member against the pole. a pole ; a head member ; a hinge coupled between the head member and the pole the hinge having: a body , characterized in that the body comprises a first portion pivotally coupled to the head member about a first axis and a second portion pivotally coupled to the pole about a second axis , the first axis being perpendicular to the second axis; wherein the mop comprises a biasing member coupled between the head member and the first portion, wherein the biasing member acts to rotate the head member against the pole. a body , characterized in that the body comprises a first portion pivotally coupled to the head member about a first axis and a second portion pivotally coupled to the pole about a second axis , the first axis being perpendicular to the second axis; wherein the mop comprises a biasing member coupled between the head member and the first portion, wherein the biasing member acts to rotate the head member against the pole.
A carbon fiber bundle, having a tensile modulus of resin-impregnated strands of 265 to 300 GPa, a tensile strength of resin-impregnated strands of 6.0 GPa or more, a knot strength of 820 N/mm 2 or more, and a number of filaments of 30,000 or more, wherein the tensile modulus and tensile strength of resin-impregnated strands are determined by JIS-R-7608 according to the method of the description, and the knot strength is measured by the method of the description.
A method for producing pancreatic endocrine cells, the method comprising introducing any one of the following (i) to (iii) into somatic cells: (i) a GLIS1 gene or one or more gene products thereof and a Neurogenin3 gene or one or more gene products thereof, (ii) a GLIS1 gene or one or more gene products thereof, a Neurogenin3 gene or one or more gene products thereof, and a Pdx1 gene or one or more gene products thereof, and (iii) a GLIS3 gene or one or more gene products thereof, a Neurogenin3 gene or one or more gene products thereof, and a Pdx1 gene or one or more gene products thereof. (i) a GLIS1 gene or one or more gene products thereof and a Neurogenin3 gene or one or more gene products thereof, (ii) a GLIS1 gene or one or more gene products thereof, a Neurogenin3 gene or one or more gene products thereof, and a Pdx1 gene or one or more gene products thereof, and (iii) a GLIS3 gene or one or more gene products thereof, a Neurogenin3 gene or one or more gene products thereof, and a Pdx1 gene or one or more gene products thereof.
A method of antenna selection in a first wireless electronic device, the method comprising: - detecting movement of the first wireless electronic device; - selecting an antenna among a plurality of antennas of the first wireless electronic device, in response to the movement of the first wireless electronic device; and - measuring a positioning-related characteristic of a signal from a second wireless electronic device, using the antenna that was selected in response to the movement, wherein measuring the positioning-related characteristic of the signal comprises: - receiving the signal from the second wireless electronic device via the antenna that was selected in response to the movement; and - determining a position of the first wireless electronic device with respect to the second wireless electronic device, using the signal received from the second wireless electronic device via the antenna that was selected in response to the movement, wherein the signal received from the second wireless electronic device comprises a short-range wireless signal, and wherein determining the position of the first wireless electronic device with respect to the second wireless electronic device comprises: - estimating an angle of a arrival of the short-range wireless signal received from the second wireless electronic device via the antenna that was selected in response to the movement. - detecting movement of the first wireless electronic device; - selecting an antenna among a plurality of antennas of the first wireless electronic device, in response to the movement of the first wireless electronic device; and - measuring a positioning-related characteristic of a signal from a second wireless electronic device, using the antenna that was selected in response to the movement, - receiving the signal from the second wireless electronic device via the antenna that was selected in response to the movement; and - determining a position of the first wireless electronic device with respect to the second wireless electronic device, using the signal received from the second wireless electronic device via the antenna that was selected in response to the movement, - estimating an angle of a arrival of the short-range wireless signal received from the second wireless electronic device via the antenna that was selected in response to the movement.
Motion-sensor-controlled lighting device comprising - a mounting base and a lampshade - and lighting means which are arranged on the fastening base and are arranged behind the transparent, peripherally closed lampshade , and motion detection means comprising both infrared sensor elements and lens means , characterized in that the lens means are integrated in the one-piece lampshade made of an opaque plastics material in such a way that lens regions of the lens means are formed at the edge on the inside of the lampshade in the edge region and in the corner regions of the lampshade at preferably uniform distances and interact with a corresponding majority of the infrared sensor elements arranged on the fastening base , so that the lampshade forms a homogeneous outer surface and the lens regions do not differ optically from the lampshade . - a mounting base and a lampshade - and lighting means which are arranged on the fastening base and are arranged behind the transparent, peripherally closed lampshade , and motion detection means comprising both infrared sensor elements and lens means ,
A method of wireless communication, comprising: receiving a first component carrier and a second component carrier, the first component carrier comprising a first control channel corresponding to the first component carrier and comprising a second control channel and carrier indication information corresponding to the second component carrier, wherein the first control channel is a first type of a control channel being a legacy physical downlink control channel, PDCCH, and the second control channel is a second type of a control channel being an enhanced physical downlink control channel, EPDCCH, wherein a value of the carrier indication information identifies the second component carrier for both the first and second types of control channels, and wherein a signaling that enables or disables cross-carrier scheduling for the first and second types of control channels is the same; and processing the first and second control channels. receiving a first component carrier and a second component carrier, the first component carrier comprising a first control channel corresponding to the first component carrier and comprising a second control channel and carrier indication information corresponding to the second component carrier, wherein the first control channel is a first type of a control channel being a legacy physical downlink control channel, PDCCH, and the second control channel is a second type of a control channel being an enhanced physical downlink control channel, EPDCCH, wherein a value of the carrier indication information identifies the second component carrier for both the first and second types of control channels, and wherein a signaling that enables or disables cross-carrier scheduling for the first and second types of control channels is the same; and processing the first and second control channels.
An adapter for fastening a wiper blade mounting on an articulated wiper blade arm , the adapter comprising: - a cover configured so that it can be removably fastened to a main cross-bar of the wiper blade mounting ; - a device for assembling the cover on a main cross-bar of the wiper blade mounting ; the assembly device comprising an angular indexing system configured to allow the assembly of the cover on the main cross-bar by rotating said cover relative to said main cross-bar , the angular indexing system comprising: - a shaft that extends protruding relative to a bearing face of the cover ; the angular indexing system being characterised in that it further comprises: - a vertical locking member situated at a free end of the shaft of the angular indexing system , the vertical locking member being configured to adopt: o a first angular configuration in which the vertical locking member allows the insertion of the cover into the main cross-bar ; and o a second angular configuration in which the vertical locking member allows the rigid connection of the cover to the main cross-bar . - a cover configured so that it can be removably fastened to a main cross-bar of the wiper blade mounting ; - a device for assembling the cover on a main cross-bar of the wiper blade mounting ; - a shaft that extends protruding relative to a bearing face of the cover ; - a vertical locking member situated at a free end of the shaft of the angular indexing system , the vertical locking member being configured to adopt: o a first angular configuration in which the vertical locking member allows the insertion of the cover into the main cross-bar ; and o a second angular configuration in which the vertical locking member allows the rigid connection of the cover to the main cross-bar . o a first angular configuration in which the vertical locking member allows the insertion of the cover into the main cross-bar ; and o a second angular configuration in which the vertical locking member allows the rigid connection of the cover to the main cross-bar .
An apparatus for forming a pouch case for a secondary battery, comprising: a mold on which the pouch case with a plate shape can be placed, wherein the mold bulges upwards; a chamber that is open at bottom to the pouch case and the mold , the chamber having an inner space in which the mold can be received by lift-up of the mold or lift-down of the chamber , wherein the chamber is seated on an edge portion of the pouch case to carry out guide forming of the pouch case , and the chamber is equipped with a fluid input valve at top and a fluid output valve at bottom; and a fluid supply unit configured to supply a fluid via the fluid input valve to carry out pressure forming of the pouch case to conform to the mold ; and a heating device configured to heat at least one of the chamber , the fluid, and the mold in order to heat the pouch case . a mold on which the pouch case with a plate shape can be placed, wherein the mold bulges upwards; a chamber that is open at bottom to the pouch case and the mold , the chamber having an inner space in which the mold can be received by lift-up of the mold or lift-down of the chamber , wherein the chamber is seated on an edge portion of the pouch case to carry out guide forming of the pouch case , and the chamber is equipped with a fluid input valve at top and a fluid output valve at bottom; and a fluid supply unit configured to supply a fluid via the fluid input valve to carry out pressure forming of the pouch case to conform to the mold ; and a heating device configured to heat at least one of the chamber , the fluid, and the mold in order to heat the pouch case .
Apparatus for the reception of data signals transmitted from a satellite or co-located satellites and/or the transmission of data signals, said data signals provided in a plurality of frequency bands, wherein said apparatus includes a feed horn assembly (20; 100) to allow said data signals to utilise the same channel provided along the feed-horn assembly, wherein the feed horn assembly is configured to produce a common beam in three frequency bands, wherein the three frequency bands are Ku, K and Ka bands; wherein the feed horn assembly includes a first, inner waveguide (44; 102) for Ka band data signals, wherein a second waveguide (46; 104) is provided which surrounds the first waveguide, wherein the second waveguide is provided to receive data signals at a lower frequency band than the frequency band of the data signals received by the first, inner, waveguide, wherein the feedhorn assembly includes a cross structure which forms four separate quadrants (48,50,52,54; 114, 116,118,120), wherein the cross structure creates four quasi-rectangular waveguides between the outer and inner waveguides , wherein the apparatus further includes at least one Ka reject filter located between the first and second waveguides to minimise the Ka band data signals leaking from a Ku band output.
Presentation packaging comprising - a base part having a back wall and a front wall disposed opposite to the back wall , wherein the back wall and the front wall are connected to each other at least in one section and wherein the back wall in an upper portion extends beyond the front wall , and - a supporting member which can be inserted into the base part and, when inserted, is disposed with an upper portion above the upper region of the back wall , - wherein the back wall of the base part and the supporting member are connectable in their upper portions, characterized in that the supporting member is designed in the upper portion like a clothes hanger with two sleeves . - a base part having a back wall and a front wall disposed opposite to the back wall , wherein the back wall and the front wall are connected to each other at least in one section and wherein the back wall in an upper portion extends beyond the front wall , and - a supporting member which can be inserted into the base part and, when inserted, is disposed with an upper portion above the upper region of the back wall , - wherein the back wall of the base part and the supporting member are connectable in their upper portions,
A method for operating a transmitting device, wherein the transmitting device is a relay user equipment , relay UE, the method comprising: receiving , by the transmitting device, a first packet data convergence protocol, PDCP, protocol data unit, PDU, associated with a first remote device , RD, from the first RD , the first PDCP PDU including at least a first PDCP header; generating , by the transmitting device, a first nested PDCP PDU in accordance with the first PDCP PDU, the first nested PDCP PDU including a second PDCP header and the first PDCP PDU, the second PDCP header comprising a first PDU type indicator indicating that the first nested PDCP PDU includes the first PDCP PDU and a first identifier associated with the first RD ; sending , by the transmitting device, the first nested PDCP PDU on a single radio bearer to an eNB; receiving, by the transmitting device, a second PDCP PDU, the second PDCP PDU including at least a third PDCP header; generating, by the transmitting device, a second nested PDCP PDU in accordance with the second PDCP PDU, wherein the second PDCP PDU is received from a second RD, and wherein the second nested PDCP PDU comprises fourth PDCP header and the second PDCP PDU, the fourth PDCP header includes a second PDU type indicator indicating that the second nested PDCP PDU includes a second relayed PDCP PDU and a second identifier associated with the second RD; and sending, by the transmitting device, the second nested PDCP PDU aggregated with the first nested PDCP PDU on the single radio bearer to the eNB. receiving , by the transmitting device, a first packet data convergence protocol, PDCP, protocol data unit, PDU, associated with a first remote device , RD, from the first RD , the first PDCP PDU including at least a first PDCP header; generating , by the transmitting device, a first nested PDCP PDU in accordance with the first PDCP PDU, the first nested PDCP PDU including a second PDCP header and the first PDCP PDU, the second PDCP header comprising a first PDU type indicator indicating that the first nested PDCP PDU includes the first PDCP PDU and a first identifier associated with the first RD ; sending , by the transmitting device, the first nested PDCP PDU on a single radio bearer to an eNB; receiving, by the transmitting device, a second PDCP PDU, the second PDCP PDU including at least a third PDCP header; generating, by the transmitting device, a second nested PDCP PDU in accordance with the second PDCP PDU, wherein the second PDCP PDU is received from a second RD, and wherein the second nested PDCP PDU comprises fourth PDCP header and the second PDCP PDU, the fourth PDCP header includes a second PDU type indicator indicating that the second nested PDCP PDU includes a second relayed PDCP PDU and a second identifier associated with the second RD; and sending, by the transmitting device, the second nested PDCP PDU aggregated with the first nested PDCP PDU on the single radio bearer to the eNB.