mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor chip comprising: a pixel array unit that has a rectangular-shaped area in which a plurality of sensor elements are arranged in an array pattern; a plurality of control lines provided for the pixel array on a sensor substrate ; a global control circuit , in which driving elements (32a - 32h) simultaneously driving the sensor elements are arranged in a horizontal direction, and each of the driving elements is connected to a control line of the plurality of control lines disposed for each one column of the sensor elements; and a rolling control circuit configured to output rolling control signals in a vertical direction such that the plurality of sensor elements is sequentially driven for each row, wherein the sensor chip has a stacking structure in which the sensor substrate in which the pixel array unit and the plurality of control lines are arranged and a logic substrate in which the global control circuit is arranged are stacked, wherein a stacking structure is such that the plurality of control lines provided in the sensor substrate is connected to the global control circuit provided in the logic substrate . a pixel array unit that has a rectangular-shaped area in which a plurality of sensor elements are arranged in an array pattern; a plurality of control lines provided for the pixel array on a sensor substrate ; a global control circuit , in which driving elements (32a - 32h) simultaneously driving the sensor elements are arranged in a horizontal direction, and each of the driving elements is connected to a control line of the plurality of control lines disposed for each one column of the sensor elements; and a rolling control circuit configured to output rolling control signals in a vertical direction such that the plurality of sensor elements is sequentially driven for each row, wherein the sensor chip has a stacking structure in which the sensor substrate in which the pixel array unit and the plurality of control lines are arranged and a logic substrate in which the global control circuit is arranged are stacked, wherein a stacking structure is such that the plurality of control lines provided in the sensor substrate is connected to the global control circuit provided in the logic substrate .
A fuel cell apparatus, comprising: a fuel cell module comprising fuel cells housed in a housing; a plurality of auxiliary machines which operate the fuel cell module; and an exterior case, shaped in a rectangular prism having a height which is larger than a transverse width and is smaller than a longitudinal width, which houses the fuel cell module and the auxiliary machines, a gravity center of the fuel cell apparatus being located below a level equal to half a height of the exterior case, the fuel cell apparatus further comprising a heat exchanger which carries out heat exchange between an exhaust gas from the fuel cell module and a heat medium; and a heat-storage tank which stores therein a heat medium heated under the heat exchange carried out by the heat exchanger, wherein the heat-storage tank, at least partly, extends along an inner bottom face of the exterior case at a location below the level equal to half the height of the exterior case; and wherein, when the fuel cell apparatus is seen in a plan view thereof, a position of the gravity center of the fuel cell apparatus is offset from a center in a width direction of the fuel cell apparatus. a fuel cell module comprising fuel cells housed in a housing; a plurality of auxiliary machines which operate the fuel cell module; and an exterior case, shaped in a rectangular prism having a height which is larger than a transverse width and is smaller than a longitudinal width, which houses the fuel cell module and the auxiliary machines, a gravity center of the fuel cell apparatus being located below a level equal to half a height of the exterior case, the fuel cell apparatus further comprising a heat exchanger which carries out heat exchange between an exhaust gas from the fuel cell module and a heat medium; and a heat-storage tank which stores therein a heat medium heated under the heat exchange carried out by the heat exchanger, wherein the heat-storage tank, at least partly, extends along an inner bottom face of the exterior case at a location below the level equal to half the height of the exterior case; and wherein, when the fuel cell apparatus is seen in a plan view thereof, a position of the gravity center of the fuel cell apparatus is offset from a center in a width direction of the fuel cell apparatus.
A spring mattress comprising a plurality of interconnected coil springs enclosed in casings , wherein for at least one of the springs, casing portions arranged at the ends of the spring are connected to each other through the spring by a joint, wherein said joined casing portions comprise an opening through the spring , characterized in that the casings form a plurality of strings interconnected side by side, each string comprising a continuous casing material, said casings being defined by at least one longitudinal connecting line extending parallel to the longitudinal direction of the string and a plurality of transverse connecting lines extending transversely to the longitudinal direction of the string, and coil springs arranged in the casings of the string, wherein the connecting lines are preferably arranged at the side of the springs, and thus between neighboring springs, in that casing portions are connected by a plurality of welding points distributed around the opening or by a continuous welding around the opening, and in that the opening is within a perimeter of the joint between the casing portions.
A method of controlling device-to-device, D2D, communication, the method comprising: a first D2D communication device (10; 1100; 1200) receiving first information from one or more second D2D communication devices (10; 1100; 1200), the first information indicating control information for one or more links from the respective second D2D communication device (10; 1100; 1200); based on the indicated control information, the first D2D communication device (10; 1100; 1200) determining control information for one or more links from the first D2D communication device (10; 1100; 1200); and the first D2D communication device (10; 1100; 1200) sending second information to one or more third D2D communication devices (10; 1100; 1200), the second information indicating whether the first D2D communication device (10; 1100; 1200) intends to perform a transmission on one or more of the links from the first D2D communication device (10; 1100; 1200), using the determined control information for the one or more of the links from the first D2D communication device (10; 1100; 1200). a first D2D communication device (10; 1100; 1200) receiving first information from one or more second D2D communication devices (10; 1100; 1200), the first information indicating control information for one or more links from the respective second D2D communication device (10; 1100; 1200); based on the indicated control information, the first D2D communication device (10; 1100; 1200) determining control information for one or more links from the first D2D communication device (10; 1100; 1200); and the first D2D communication device (10; 1100; 1200) sending second information to one or more third D2D communication devices (10; 1100; 1200), the second information indicating whether the first D2D communication device (10; 1100; 1200) intends to perform a transmission on one or more of the links from the first D2D communication device (10; 1100; 1200), using the determined control information for the one or more of the links from the first D2D communication device (10; 1100; 1200).
A method comprising: receiving, from a customer device, an order for an inventory item ; the method being characterized by further comprising: identifying a tote (300;500;806;1002) comprising at least one handle (210;306;502;812;1010) and storing the inventory item ; identifying a location associated with an inventory pod (106;202) storing the tote; causing a mechanical device to move to the location associated with the inventory pod; causing the tote to be removed, via the at least one handle (210;306;502;812;1010), from the inventory pod (106;202) via an extractor (114;804) coupled to the mechanical device; causing the tote to be delivered to a second location associated with a conveyor (116;1000); causing the tote to be placed on the conveyor via the at least one handle; causing the tote to be delivered, via the at least one handle, to a workstation via the conveyor; causing the inventory item to be removed from the tote at the workstation ; and causing a delivery of the inventory item to a customer associated with the customer device. identifying a tote (300;500;806;1002) comprising at least one handle (210;306;502;812;1010) and storing the inventory item ; identifying a location associated with an inventory pod (106;202) storing the tote; causing a mechanical device to move to the location associated with the inventory pod; causing the tote to be removed, via the at least one handle (210;306;502;812;1010), from the inventory pod (106;202) via an extractor (114;804) coupled to the mechanical device; causing the tote to be delivered to a second location associated with a conveyor (116;1000); causing the tote to be placed on the conveyor via the at least one handle; causing the tote to be delivered, via the at least one handle, to a workstation via the conveyor; causing the inventory item to be removed from the tote at the workstation ; and causing a delivery of the inventory item to a customer associated with the customer device.
A method for machining a part, the method comprising the steps of: generating a plurality of spatial representations associated with a plurality of positions identified by a machining pattern associated with the part, the plurality of spatial representations including a first spatial representation, generated using a plurality of sensors, identifying a first orientation of a machining tool relative to the part at a first position; moving an end effector to the first position, the end effector including the machining tool and a coupling tool ; and then mechanically coupling, using the coupling tool , the end effector to the part at the first position; and then generating a second spatial representation using the plurality of sensors identifying a second orientation of the machining tool relative to the part at the first position; and adjusting the machining tool in response to determining that the second spatial representation is different than the first spatial representation at the first position, wherein the adjusting of the machining tool returns the machining tool to the first orientation relative to the part at the first position. generating a plurality of spatial representations associated with a plurality of positions identified by a machining pattern associated with the part, the plurality of spatial representations including a first spatial representation, generated using a plurality of sensors, identifying a first orientation of a machining tool relative to the part at a first position; moving an end effector to the first position, the end effector including the machining tool and a coupling tool ; and then mechanically coupling, using the coupling tool , the end effector to the part at the first position; and then generating a second spatial representation using the plurality of sensors identifying a second orientation of the machining tool relative to the part at the first position; and adjusting the machining tool in response to determining that the second spatial representation is different than the first spatial representation at the first position, wherein the adjusting of the machining tool returns the machining tool to the first orientation relative to the part at the first position.
Sensor device for being set down on the seabed and autonomous underwater vehicle and mother platform, comprising the following features: a) the sensor device comprises a holder apparatus with a controllable unlocking arrangement , b) the holder apparatus is designed in such a way that the sensor device can be fastened to the autonomous underwater vehicle by way of the holder apparatus , so that the sensor device can be transported to an area of use, c) the controllable unlocking arrangement is designed in such a way that the sensor device can be detached from the autonomous underwater vehicle in the area of use, so that the sensor device can be lowered to the seabed, d) the sensor device is connected to the mother platform by means of an optical waveguide during operation, e) the sensor device comprises at least three hydrophones , f) the sensor device comprises a sound generator, g) the sensor device comprises batteries for power supply. a) the sensor device comprises a holder apparatus with a controllable unlocking arrangement , b) the holder apparatus is designed in such a way that the sensor device can be fastened to the autonomous underwater vehicle by way of the holder apparatus , so that the sensor device can be transported to an area of use, c) the controllable unlocking arrangement is designed in such a way that the sensor device can be detached from the autonomous underwater vehicle in the area of use, so that the sensor device can be lowered to the seabed, d) the sensor device is connected to the mother platform by means of an optical waveguide during operation, e) the sensor device comprises at least three hydrophones , f) the sensor device comprises a sound generator, g) the sensor device comprises batteries for power supply.
A multilayer film comprising: an underlayer that is used for covering a surface of a substrate and is arranged on the surface of the substrate; and a hydrophilic layer that is layered on the underlayer, wherein the underlayer contains aluminum oxide and zirconium oxide or hafnium oxide; a ratio of a weight of the zirconium oxide or hafnium oxide to a total weight of the zirconium oxide or hafnium oxide and the aluminum oxide is 50% or less; and the hydrophilic layer contains phosphoric acid. an underlayer that is used for covering a surface of a substrate and is arranged on the surface of the substrate; and a hydrophilic layer that is layered on the underlayer, wherein the underlayer contains aluminum oxide and zirconium oxide or hafnium oxide; a ratio of a weight of the zirconium oxide or hafnium oxide to a total weight of the zirconium oxide or hafnium oxide and the aluminum oxide is 50% or less; and the hydrophilic layer contains phosphoric acid.
A plant for obtaining fibers from lignocellulose-containing feedstock , having - a digester for pretreating the feedstock under the influence of heat, pressure and moisture, - a refiner for defibering the pretreated feedstock by means of two refiner tools rotating coaxially relative to one another in the refiner housing and forming a grinding gap , and having - a conveying device for conveying the pretreated feedstock from the digester to the refiner , wherein the conveying device comprises a worm conveyor with a worm trough and a screw conveyor rotating therein with at least one worm helix , which opens axially into the refiner via an inlet opening in the refiner housing, wherein the screw conveyor of the worm conveyor is driven at a speed of at least 400 rpm, characterized in that the screw conveyor of the worm conveyor is mounted at its discharge end in a pivot bearing . - a digester for pretreating the feedstock under the influence of heat, pressure and moisture, - a refiner for defibering the pretreated feedstock by means of two refiner tools rotating coaxially relative to one another in the refiner housing and forming a grinding gap , and having - a conveying device for conveying the pretreated feedstock from the digester to the refiner , wherein the conveying device comprises a worm conveyor with a worm trough and a screw conveyor rotating therein with at least one worm helix , which opens axially into the refiner via an inlet opening in the refiner housing,
Method for producing packaging paper, in particular sack kraft paper, in which, in a stock preparation system , a pulp suspension is thickened to a solids concentration in the range from about 30% to about 35% before high-consistency refining, and the high-consistency refining is carried out at a solids concentration in the range from about 30% to about 35%, after the high-consistency refining, the pulp suspension is subjected to low-consistency refining at a solids concentration in the range from about 1% to about 3%, by means of a headbox , the pulp suspension having a consistency < 0.5%, in particular having a consistency in the range from about 0.15% to about 0.25%, is applied to the Fourdrinier wire of a Fourdrinier former or a hybrid former for dewatering and forming a fibrous web, the Fourdrinier wire is excited into shaking movements, in particular in the initial sheet forming area, and the fibrous web formed is further dewatered in a press section and dried in a drying section , wherein the drying section comprises a pre-dryer section (18 1 ) and an after-dryer section (18 2 ), and wherein the pre-dryer section (18 1 ) preferably contains multiple dryer groups and the pre-dryer section (18 1 ) comprises a maximum of two single-row dryer groups, and the pre-dryer section (18 1 ) comprises a maximum of three two-row dryer groups each in particular having a maximum of eight drying cylinders , and wherein at least one drying cylinder of the after-dryer section (18 2 ) is assigned an impingement dryer unit , and a Clupak device equipped with an elastic belt is arranged between the pre-dryer section (18 1 ) and the after-dryer section (18 2 ) in order to compress the fibrous web in the web running direction (L).
An RNA oligonucleotide for use in a method of treating cancer, wherein the RNA oligonucleotide comprises the base sequence represented by SEQ ID NO:1 (5'-N 1 GUAGAN 2 N 3 -3') and the base sequence represented by SEQ ID NO:2 (5'-N 4 N 5 UUUGCN 6 -3'), wherein, the base sequences are bound to each other by a complementary binding to form double strands having a helical bend structure; the 3'-end of the base sequence represented by SEQ ID NO:1 and the 5'-end of the base sequence represented by SEQ ID NO:2 are connected into a loop to form a hairpin structure; and the base sequence represented by SEQ ID NO:1 has a hydroxy (OH) group at the 5'-end thereof.
Method for the formation of an elementary indicator of the efficiency of azotobacterization (eAZB) of cellulosic soil borne crop residues (RCS) and of nitrate catch crops (cipan) applicable in integrated fertilizer mangement (FR) by measurement of the N-NH4 / N-NO3 (rNN) ratio of mineral nitrogen (Nm) in the soil, the said rNN being obtained without resorting to sampling of the vadose or rooting zone and when the RCS and/or the cipans are azotobacterized by reinforcement characterized in that it comprises the inoculation of populations of telluric azotobacteria in the vicinity of the RCS and the cipans prior to their burial and the constitution of the ZAR, and in that ; • the residuspheric activity zone (ZAR), i.e. the volume of soil surrounding the aforementioned crop residues in the process of decomposing in or on the soil and affecting the activity of microbial microflora, is the object of a simple indexed specimen obtained of Nm and rNN, and in that ; • the depth of the ZAR is equal to that of the burial depth of the RCS, • the critical value of rNN, rNN50, is determined either in vitro (rNN50iv) or in situ (rNN50is) and represents the median value between the respective minimum and maximum rNN values reached during the mineralization of said RCS over time. • the residuspheric activity zone (ZAR), i.e. the volume of soil surrounding the aforementioned crop residues in the process of decomposing in or on the soil and affecting the activity of microbial microflora, is the object of a simple indexed specimen obtained of Nm and rNN, and in that ; • the depth of the ZAR is equal to that of the burial depth of the RCS, • the critical value of rNN, rNN50, is determined either in vitro (rNN50iv) or in situ (rNN50is) and represents the median value between the respective minimum and maximum rNN values reached during the mineralization of said RCS over time.
Method of manufacturing a power module unit , wherein cooling fins are positioned in recesses of a frame , in particular a metal frame , characterised in that a first metallic material is applied to the cooling fins and the frame by means of a thermal spraying process, wherein the applied first metallic material produces a material bond between the cooling fins and the frame . wherein cooling fins are positioned in recesses of a frame , in particular a metal frame , characterised in that a first metallic material is applied to the cooling fins and the frame by means of a thermal spraying process, wherein the applied first metallic material produces a material bond between the cooling fins and the frame .
A liquid container that is detachably mountable on a liquid consuming device, the liquid container comprising: a liquid container body that is at least partly formed from a material having flexibility and is configured to contain a liquid; an operation member that is located at one end of the liquid container body and is configured to include a holdable grip surface ; and a liquid supply portion that is configured to have a liquid supply port at one end, wherein the operation member is configured such that the grip surface is offset relative to the liquid supply port in an axial direction of the liquid supply portion, characterized in that : the operation member further includes a container-side electrical connection structure that is configured to be connectable with a device-side electrical connection structure provided on the liquid consuming device , wherein the container-side electrical connection structure is configured to be offset relative to the grip surface in the axial direction of the liquid supply portion . a liquid container body that is at least partly formed from a material having flexibility and is configured to contain a liquid; an operation member that is located at one end of the liquid container body and is configured to include a holdable grip surface ; and a liquid supply portion that is configured to have a liquid supply port at one end, wherein the operation member is configured such that the grip surface is offset relative to the liquid supply port in an axial direction of the liquid supply portion, characterized in that : the operation member further includes a container-side electrical connection structure that is configured to be connectable with a device-side electrical connection structure provided on the liquid consuming device , wherein the container-side electrical connection structure is configured to be offset relative to the grip surface in the axial direction of the liquid supply portion . the operation member further includes a container-side electrical connection structure that is configured to be connectable with a device-side electrical connection structure provided on the liquid consuming device , wherein the container-side electrical connection structure is configured to be offset relative to the grip surface in the axial direction of the liquid supply portion .