mhurhangee/ep-ind-claims huggingface dataset:
A developing cartridge comprising: a developing roller which is configured to carry developer and which extends along a width direction; a supply roller that is in contact with the developing roller and is configured to supply the developer to the developing roller; a housing comprising a partition wall that partitions an inside of the housing into a first chamber that accommodates the developer and a second chamber that houses the developing roller and the supply roller, an input gear which is configured to receive an external driving force and has a columnar shape with a central axis extending along the width direction; characterized by a supply roller gear that is directly meshed with the input gear to drive the supply roller using a driving force transmitted from the input gear; a developing roller gear that is configured to drive the developing roller with a driving force transmitted from the supply roller gear; and wherein a center portion of the input gear and the partition wall overlap each other when projected along the width direction. a developing roller which is configured to carry developer and which extends along a width direction; a supply roller that is in contact with the developing roller and is configured to supply the developer to the developing roller; a housing comprising a partition wall that partitions an inside of the housing into a first chamber that accommodates the developer and a second chamber that houses the developing roller and the supply roller, an input gear which is configured to receive an external driving force and has a columnar shape with a central axis extending along the width direction; characterized by a supply roller gear that is directly meshed with the input gear to drive the supply roller using a driving force transmitted from the input gear; a developing roller gear that is configured to drive the developing roller with a driving force transmitted from the supply roller gear; and wherein a center portion of the input gear and the partition wall overlap each other when projected along the width direction.
Harvester adapter for harvesting grain crops, particularly corn, comprising a frame structure attached to a harvester machine, at least one snapping unit having a main drive means, and at least one stalk shredder unit attached to the frame structure, the stalk shredder unit having a shredder drive, characterised by that the main drive means of the snapping unit may be operated independently of the shredder drive of the stalk shredder unit such that a clutch means is disposed between the shaft of the main drive means of the snapping unit and the shaft of the shredder drive of the stalk shredder unit, where the stalk shredder unit is in driving connection with the main drive means of the snapping unit, and where the clutch means are operated centrally or in a unit-by-unit manner.
A system comprising: one or more pumps configured to pump blood in a fluid flow path at a collective rate over 4 liters minute; one or more convection dialysis modules coupled to the fluid flow path and configured to perform dialysis on at least a portion of the blood, the one or more convection dialysis modules configured to remove substances from the blood that are over 3500 Daltons; one or more heat exchangers coupled to the fluid flow path and configured to heat at least a portion of the blood to a temperature of at least 42 degrees Celsius; and characterized in that the system comprises fluids for adding metformin to the fluid flow path external to the patient. one or more pumps configured to pump blood in a fluid flow path at a collective rate over 4 liters minute; one or more convection dialysis modules coupled to the fluid flow path and configured to perform dialysis on at least a portion of the blood, the one or more convection dialysis modules configured to remove substances from the blood that are over 3500 Daltons; one or more heat exchangers coupled to the fluid flow path and configured to heat at least a portion of the blood to a temperature of at least 42 degrees Celsius; and characterized in that the system comprises fluids for adding metformin to the fluid flow path external to the patient.
- Method for the preparation of a polyamide 6 copolymer, characterised in that a copolymerization reaction is carried out between: o at least one caprolactam of formula: o at least one caprolactam, named substituted caprolactam, having a cycle formed of six carbon atoms and one nitrogen atom in which one of said carbon atoms, named C 2, is linked by a double bond to an oxygen atom and at least one of said carbon atoms that is distinct from said C 2 is covalently linked to at least one A moiety, said A moiety being selected from the group formed of: ▪ moieties comprising at least one group of formula: ▪ moieties comprising at least one group of formula: ▪ moieties comprising at least one group of formula: o at least one caprolactam of formula: o at least one caprolactam, named substituted caprolactam, having a cycle formed of six carbon atoms and one nitrogen atom in which one of said carbon atoms, named C 2, is linked by a double bond to an oxygen atom and at least one of said carbon atoms that is distinct from said C 2 is covalently linked to at least one A moiety, said A moiety being selected from the group formed of: ▪ moieties comprising at least one group of formula: ▪ moieties comprising at least one group of formula: ▪ moieties comprising at least one group of formula: ▪ moieties comprising at least one group of formula: ▪ moieties comprising at least one group of formula: ▪ moieties comprising at least one group of formula:
An electronic device comprising: a housing assembly comprising a first housing and a second housing configured to rotate with respect to the first housing around a first rotation axis; a hinge module (230, 300) that is coupled to the first housing and the second housing, the hinge module (230, 300) comprising a rotation gear configured to rotate around an axis substantially the same as or parallel to the first rotation axis; a gear assembly comprising a pinion gear rotatably coupled to the rotation gear, wherein the pinion gear is configured to rotate around an axis parallel to the first rotation axis, a rack gear configured to slide in a first axial direction (+Y, -Y) based on rotation of the pinion gear, wherein the first axial direction (+Y, -Y) is perpendicular to the first rotation axis; a cam structure coupled to the rack gear; and a foot structure coupled to the first housing, the foot structure being moveable in a second axial direction (+Z), perpendicular to the first rotation axis and the first axial direction (+Y, -Y), based on a first movement of the cam structure and moveable in a third axial direction (-Z) that is perpendicular to the first axial direction (+Y, -Y), opposed to the second axial direction (-Z), based on a second movement of the cam structure. a housing assembly comprising a first housing and a second housing configured to rotate with respect to the first housing around a first rotation axis; a hinge module (230, 300) that is coupled to the first housing and the second housing, the hinge module (230, 300) comprising a rotation gear configured to rotate around an axis substantially the same as or parallel to the first rotation axis; a gear assembly comprising a pinion gear rotatably coupled to the rotation gear, wherein the pinion gear is configured to rotate around an axis parallel to the first rotation axis, a rack gear configured to slide in a first axial direction (+Y, -Y) based on rotation of the pinion gear, wherein the first axial direction (+Y, -Y) is perpendicular to the first rotation axis; a cam structure coupled to the rack gear; and a foot structure coupled to the first housing, the foot structure being moveable in a second axial direction (+Z), perpendicular to the first rotation axis and the first axial direction (+Y, -Y), based on a first movement of the cam structure and moveable in a third axial direction (-Z) that is perpendicular to the first axial direction (+Y, -Y), opposed to the second axial direction (-Z), based on a second movement of the cam structure.
A system comprising: a camera assembly; at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the system to: determine a direction of movement of the camera assembly; predict environmental factors based on the direction of movement; determine camera settings based on the environmental factors; and capture an image with the camera assembly using the determined camera settings; characterized in that the camera assembly includes a first camera and a second camera, and wherein the instructions that cause the system to determine the camera settings based on the environmental factors, comprise instructions that cause the system to: apply a negative offset to the camera settings to generate negative offset camera settings; apply a positive offset to the camera settings to generate positive offset camera settings; adjust the first camera based on the negative offset camera settings; and adjust the second camera based on the positive offset camera settings. a camera assembly; at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the system to: determine a direction of movement of the camera assembly; predict environmental factors based on the direction of movement; determine camera settings based on the environmental factors; and capture an image with the camera assembly using the determined camera settings; determine a direction of movement of the camera assembly; predict environmental factors based on the direction of movement; determine camera settings based on the environmental factors; and capture an image with the camera assembly using the determined camera settings; characterized in that the camera assembly includes a first camera and a second camera, and wherein the instructions that cause the system to determine the camera settings based on the environmental factors, comprise instructions that cause the system to: apply a negative offset to the camera settings to generate negative offset camera settings; apply a positive offset to the camera settings to generate positive offset camera settings; adjust the first camera based on the negative offset camera settings; and adjust the second camera based on the positive offset camera settings. apply a negative offset to the camera settings to generate negative offset camera settings; apply a positive offset to the camera settings to generate positive offset camera settings; adjust the first camera based on the negative offset camera settings; and adjust the second camera based on the positive offset camera settings.
A method for controlling electrical network variables ( N x,k) at a network connection point at an output of a feed network which, at an input of the feed network, is connected to at least one power converter at a power converter connection point, wherein at the power converter connection point at least one feed variable ( E x,k) and at the network connection point at least one network variable ( N x,k) are measured, characterized in that the correlation between the at least one feed variable ( E x,k) and the at least one network variable ( N x,k) is described in a model-like manner by means of a model of the feed network, wherein the model of the feed network is implemented in a control unit of the feed network, in that - in the event of a deviation of the measured at least one network variable ( N x,k) from a network variable ( Ñ x,k) to be expected based on the model of the feed network and/or a deviation of the measured at least one feed variable ( E x,k) from a feed variable ( E x,k) to be expected based on the model of the feed network an erroneous description of the correlation is detected by the control unit, and an adaptation of the model of the feed network is carried out by the control unit in order to correct the erroneous description of the correlation by the model of the feed network, wherein at least a portion of the detected measurement data of the at least one feed variable ( E x,k) and at least a portion of the detected measurement data of the at least one network variable ( N x,k), are used, - in that the control unit determines, by means of the model of the feed network from a predefined network variable target value ( N x,k *) for the at least one network variable ( N x,k) a feed variable target value ( E x,k *) for the at least one feed variable ( E x,k), - and in that the at least one feed variable ( E x,k) is set using the at least one power converter to the determined feed variable target value ( E x,k *). - in the event of a deviation of the measured at least one network variable ( N x,k) from a network variable ( Ñ x,k) to be expected based on the model of the feed network and/or a deviation of the measured at least one feed variable ( E x,k) from a feed variable ( E x,k) to be expected based on the model of the feed network an erroneous description of the correlation is detected by the control unit, and an adaptation of the model of the feed network is carried out by the control unit in order to correct the erroneous description of the correlation by the model of the feed network, wherein at least a portion of the detected measurement data of the at least one feed variable ( E x,k) and at least a portion of the detected measurement data of the at least one network variable ( N x,k), are used, - in that the control unit determines, by means of the model of the feed network from a predefined network variable target value ( N x,k *) for the at least one network variable ( N x,k) a feed variable target value ( E x,k *) for the at least one feed variable ( E x,k), - and in that the at least one feed variable ( E x,k) is set using the at least one power converter to the determined feed variable target value ( E x,k *).
A method performed by a mobile communication device configured for direct communication with another mobile communication device, the method comprising: receiving information broadcast by a base station; and providing (S405, S505), to the base station in response to receiving the information, an indication that the mobile communication device is involved in an ongoing direct communication for use by the base station in modifying resources used for said direct communication. receiving information broadcast by a base station; and providing (S405, S505), to the base station in response to receiving the information, an indication that the mobile communication device is involved in an ongoing direct communication for use by the base station in modifying resources used for said direct communication.
Container seal with - a locking bolt which is provided for being inserted through an item to be sealed and which has at its one end portion or central portion, which is insertable into the item to be sealed, a push-in/latch compartment open in a direction transverse to the lock axis, which is formed or provided with an undercut (17a, 17b) acting in the direction of a latch compartment opening, - a clip or tab for handling the container seal, the clip or tab being arranged on the other end portion of the locking bolt, which is not provided for being inserted through the item to be sealed and forming a portion provided for external encompassing of the item to be sealed, and - a bolt or bar arranged at the free end/end portion of the portion of the clip or tab provided for external encompassing of the item to be sealed and having at its free end/end portion a latch device for sealing cooperation with the undercut (17a, 17b), which is coupled to the bolt via a predetermined breaking point, in order to enable breaking of the container seal, - characterized in that the locking bolt is provided and adapted to be inserted through two passage openings provided therefor of two relatively movable parts of the item to be sealed, so that the push-in/latch compartment comes to rest on one side and the clip or tab on the other side of the two parts. - a locking bolt which is provided for being inserted through an item to be sealed and which has at its one end portion or central portion, which is insertable into the item to be sealed, a push-in/latch compartment open in a direction transverse to the lock axis, which is formed or provided with an undercut (17a, 17b) acting in the direction of a latch compartment opening, - a clip or tab for handling the container seal, the clip or tab being arranged on the other end portion of the locking bolt, which is not provided for being inserted through the item to be sealed and forming a portion provided for external encompassing of the item to be sealed, and - a bolt or bar arranged at the free end/end portion of the portion of the clip or tab provided for external encompassing of the item to be sealed and having at its free end/end portion a latch device for sealing cooperation with the undercut (17a, 17b), which is coupled to the bolt via a predetermined breaking point, in order to enable breaking of the container seal, - characterized in that the locking bolt is provided and adapted to be inserted through two passage openings provided therefor of two relatively movable parts of the item to be sealed, so that the push-in/latch compartment comes to rest on one side and the clip or tab on the other side of the two parts.
A method for guiding the blind, characterized by comprising steps as follows: determining a target direction; controlling a mechanical device to shift its center of gravity toward the target direction according to the target direction. determining a target direction; controlling a mechanical device to shift its center of gravity toward the target direction according to the target direction.
A lining material of a nonmetal flexible composite pipe, which is a modified thermoplastic polymer composite material, consisting of the following components in the following proportions: 89.5-99.4wt% of a polymer matrix; 0.5-10wt% of inorganic particles; and 0.1-0.5wt% of an antioxidantwherein the polymer matrix is one of, polyamide,, polyketone,, polyether ether ketone (PEEK), polyvinylidene fluoride (PVDF), fusible polytetrafluoroethylene, or a mixture thereof. 89.5-99.4wt% of a polymer matrix; 0.5-10wt% of inorganic particles; and 0.1-0.5wt% of an antioxidantwherein the polymer matrix is one of, polyamide,, polyketone,, polyether ether ketone (PEEK), polyvinylidene fluoride (PVDF), fusible polytetrafluoroethylene, or a mixture thereof.
A position information acquisition apparatus capable of communication with an imaging apparatus, the position information acquisition apparatus comprising: position information acquisition means configured to acquire position information that indicates a position of the position information acquisition apparatus; reception means configured to receive a request for the position information from the imaging apparatus; transmission means configured to transmit, to the imaging apparatus, the position information acquired by the position information acquisition means in response to the request for position information from the imaging apparatus; characterised by determination means configured to determine whether the position information acquired by the position information acquisition apparatus is changed with respect to previously acquired position information; and wherein the transmission means is further configured to transmit a first signal to the imaging apparatus if the determination means determines that the position information is not changed, the first signal inhibiting a request from the imaging apparatus for the position information. position information acquisition means configured to acquire position information that indicates a position of the position information acquisition apparatus; reception means configured to receive a request for the position information from the imaging apparatus; transmission means configured to transmit, to the imaging apparatus, the position information acquired by the position information acquisition means in response to the request for position information from the imaging apparatus; characterised by determination means configured to determine whether the position information acquired by the position information acquisition apparatus is changed with respect to previously acquired position information; and wherein the transmission means is further configured to transmit a first signal to the imaging apparatus if the determination means determines that the position information is not changed, the first signal inhibiting a request from the imaging apparatus for the position information.
A method of providing a service on a network, the method comprising: receiving a TCP SYN packet from a client directed to an IP address and port number derived from at least a one-time datum associated with the client; confirming that the TCP SYN packet is addressed to an authorized IP address and port number; sending a TCP SYN-ACK packet to the client; receiving a TCP ACK from the client; receiving a data packet from the client, the data packet comprising a client ID and the one-time datum; generating a calculated one-time datum based at least on the client ID; verifying that the one-time datum corresponds to the calculated one-time datum; and establishing a TCP/IP connection with the client in response to the verifying. receiving a TCP SYN packet from a client directed to an IP address and port number derived from at least a one-time datum associated with the client; confirming that the TCP SYN packet is addressed to an authorized IP address and port number; sending a TCP SYN-ACK packet to the client; receiving a TCP ACK from the client; receiving a data packet from the client, the data packet comprising a client ID and the one-time datum; generating a calculated one-time datum based at least on the client ID; verifying that the one-time datum corresponds to the calculated one-time datum; and establishing a TCP/IP connection with the client in response to the verifying.
A sowing unit of a sowing machine, with a carrier frame, to which at least one wheel carrier with a height-adjustable depth guidance wheel is mounted in a swivelably movable manner, wherein the wheel carrier, which is swivelably movable about an axis disposed essentially transversely to a driving direction, is coupled with a height-setting mechanism for a height adjustability of the depth guidance wheel in an articulated manner by way of at least one coupling rod disposed approximately horizontal and parallel to to the driving direction, and wherein at least one force measuring device for the detection of the compressive stresses and/or tensile stresses acting upon the coupling rod and/or upon its points of articulation and/or upon its points of connection (84 or 78, as applicable) to the swivelably movable wheel carrier or to the height-setting mechanism during operation of the sowing unit is assigned to the at least one coupling rod and/or to its points of articulation and/or to its points of connection (84 or 78, as applicable) to the swivelably movable wheel carrier or to the height-setting mechanism, characterised in that the height-setting mechanism is formed by a hole matrix for the variable reception of a stop rod, which interacts with a stop plate hinged to and swivelled by the coupling rod, and in that the stop plate delimits the maximum swivel range of the wheel carrier, and thus the insertion depth of the depth guidance wheel, in relation to the carrier frame, and thus in relation to the entire sowing unit, by contiguous contact to the stop rod inserted into a desired reception hole of the hole matrix.