mhurhangee/ep-ind-claims huggingface dataset:
Machine for the additive manufacture of a part by complete or partial selective melting of a powder, comprising: - a horizontal working plane intended to receive a powder layer; - at least one device for spreading the said powder layer over the working plane, which is movable with respect to the working plane along a trajectory over the working plane comprising at least one component parallel to a longitudinal horizontal direction; - at least one system for deposition of powder on the working plane comprising at least one slide for receiving powder and at least one powder injector; the receiving slide being movable in translation, with respect to the working plane, along at least one transverse horizontal direction, between a retracted position in which the receiving slide extends outside the trajectory of the device for spreading over the working plane and a deployed position in which the receiving slide extends at least in part into the trajectory of the device for spreading over the working plane; the injector being positioned above the receiving slide, so as to dispense powder over the receiving slide which is moving between a retracted position and a deployed position. - a horizontal working plane intended to receive a powder layer; - at least one device for spreading the said powder layer over the working plane, which is movable with respect to the working plane along a trajectory over the working plane comprising at least one component parallel to a longitudinal horizontal direction; - at least one system for deposition of powder on the working plane comprising at least one slide for receiving powder and at least one powder injector; the receiving slide being movable in translation, with respect to the working plane, along at least one transverse horizontal direction, between a retracted position in which the receiving slide extends outside the trajectory of the device for spreading over the working plane and a deployed position in which the receiving slide extends at least in part into the trajectory of the device for spreading over the working plane; the injector being positioned above the receiving slide, so as to dispense powder over the receiving slide which is moving between a retracted position and a deployed position.
A computer system for monitoring operations of one or more fields, comprising: a database for storing agricultural data including yield and field data related to the one or more fields; and at least one processing unit coupled to the database, the at least one processing unit being configured to: monitor operations of the one or more fields, store the agricultural data based on the monitoring, characterized in that the at least one processing unit is further configured to: automatically determine whether a correlation between yield data and different variables or parameters of the agricultural data each affecting the one or more fields exceeds a threshold, and identify a category of issues that have potentially caused the correlation based on the agricultural data. a database for storing agricultural data including yield and field data related to the one or more fields; and at least one processing unit coupled to the database, the at least one processing unit being configured to: monitor operations of the one or more fields, store the agricultural data based on the monitoring, monitor operations of the one or more fields, store the agricultural data based on the monitoring, characterized in that the at least one processing unit is further configured to: automatically determine whether a correlation between yield data and different variables or parameters of the agricultural data each affecting the one or more fields exceeds a threshold, and identify a category of issues that have potentially caused the correlation based on the agricultural data. automatically determine whether a correlation between yield data and different variables or parameters of the agricultural data each affecting the one or more fields exceeds a threshold, and identify a category of issues that have potentially caused the correlation based on the agricultural data.
A method for transmitting physiological data, comprising: establishing a communication link between a multi-mode patient monitoring device and a plurality of Internet protocol networks (30,32); collecting physiological data collected by the patient monitoring device; generating data packets from the collected physiological data; duplicating the generated data packets; transmitting the duplicated data packets over the plurality of networks (30,32); receiving the transmitted duplicated data packets; and forwarding a single set of data from the duplicated data packets to an end application. establishing a communication link between a multi-mode patient monitoring device and a plurality of Internet protocol networks (30,32); collecting physiological data collected by the patient monitoring device; generating data packets from the collected physiological data; duplicating the generated data packets; transmitting the duplicated data packets over the plurality of networks (30,32); receiving the transmitted duplicated data packets; and forwarding a single set of data from the duplicated data packets to an end application.
A leg levelling and stabilizing assembly for a ladder, comprising: a first arcuate tube for attachment to a ladder; and a second arcuate tube slidably disposed in said first arcuate tube, characterized in that it comprises a lower step member lying in a semicircular surface defined by the first arcuate tube and the second arcuate tube, disposed below said first arcuate tube and part of said second arcuate tube, and coupled with said first arcuate tube. a first arcuate tube for attachment to a ladder; and a second arcuate tube slidably disposed in said first arcuate tube, characterized in that it comprises a lower step member lying in a semicircular surface defined by the first arcuate tube and the second arcuate tube, disposed below said first arcuate tube and part of said second arcuate tube, and coupled with said first arcuate tube.
A composition for use in the treatment of cerebral stroke, heart stroke, a neurodegenerative disease, brain trauma, and nervous system trauma, comprising: Dang Gui (Radix Angelica sinensis); at least one of the following components: Radix Astragali root (Membranous Milkvetch root or Huang Qi), Radix et Rhizoma Salviae Miltiorrhizae root (Red Sage root or Dan Shen), Radix Paeoniae Rubra root (Red Peony root or Chi Shao), rhizome of Ligusticum Chuanxiong (Chuan Xiong), Radix et Rhizoma Notoginseng (Sanqi), Cortex moutan (Peony or Mudanpi), Wood of Odoriferous Rosewood (Jiang Xiang), dried body of Scorpion (Quan Xie), Radix Polygalae root (Yuan Zhi), Grassleaf sweetflag rhizome (Shi Changpu), Leeches (Hirudo or Shuizhi), Ground Beetle (or Tu Bie Chong), Natural or Artificial Cow-bezoar (calculus Bovis artifactus or Rengong Niuhuang), Gambirplant stem with hooks (Ramulus uncariae cum uncis or Gou Teng); and an agent used in Western medicine for the treatment of cerebral stroke, heart stroke, neurodegenerative diseases, brain trauma or nervous system trauma which is an antiplatelet agent. Dang Gui (Radix Angelica sinensis); at least one of the following components: Radix Astragali root (Membranous Milkvetch root or Huang Qi), Radix et Rhizoma Salviae Miltiorrhizae root (Red Sage root or Dan Shen), Radix Paeoniae Rubra root (Red Peony root or Chi Shao), rhizome of Ligusticum Chuanxiong (Chuan Xiong), Radix et Rhizoma Notoginseng (Sanqi), Cortex moutan (Peony or Mudanpi), Wood of Odoriferous Rosewood (Jiang Xiang), dried body of Scorpion (Quan Xie), Radix Polygalae root (Yuan Zhi), Grassleaf sweetflag rhizome (Shi Changpu), Leeches (Hirudo or Shuizhi), Ground Beetle (or Tu Bie Chong), Natural or Artificial Cow-bezoar (calculus Bovis artifactus or Rengong Niuhuang), Gambirplant stem with hooks (Ramulus uncariae cum uncis or Gou Teng); and an agent used in Western medicine for the treatment of cerebral stroke, heart stroke, neurodegenerative diseases, brain trauma or nervous system trauma which is an antiplatelet agent.
An input device (4200ip, 4400ip, 4804ip, 4900ip, 5404ip, 5508ip, 5608ip) for control of a surgical device, the input device comprising: at least one articulated limb comprising a plurality of sequentially coupled portions (4802ip, 4812ip, 4816ip, 4902ip, 4902aip, 4912ip, 4914ip, 4916ip, 4918ip, 4924ip, 4926ip, 5412ip, 5414ip, 5415ip, 5416ip, 5512ip, 5516ip, 5612, 5616), wherein two sequential portions are connected to each other at a joint (4908, 4910, 4920ip, 4922ip, 4928ip, 4930ip, 4820ip, 5408ip, 5508ip); a plurality of locking mechanisms (5586, 6286, 5686, 5688, 5690); at least one sensor configured for providing a signal relating to a level of contact of a user with the input device; a processor configured to: detect from said signal an insufficient level of contact; send, upon detection of an insufficient level of contact, a single control signal instructing locking of said plurality of locking mechanisms; wherein said processor is configured to detect an insufficient level of contact by comparing said signal with a threshold; said input device characterized in that each of said plurality of locking mechanisms is configured at said joint between said two sequentially coupled portions, said locking mechanism configured to frictionally hold said sequentially coupled portions in position, preventing relative movement between said sequentially coupled portions; and in that said locking mechanism is unlocked in response to operating a locking element by a user. at least one articulated limb comprising a plurality of sequentially coupled portions (4802ip, 4812ip, 4816ip, 4902ip, 4902aip, 4912ip, 4914ip, 4916ip, 4918ip, 4924ip, 4926ip, 5412ip, 5414ip, 5415ip, 5416ip, 5512ip, 5516ip, 5612, 5616), wherein two sequential portions are connected to each other at a joint (4908, 4910, 4920ip, 4922ip, 4928ip, 4930ip, 4820ip, 5408ip, 5508ip); a plurality of locking mechanisms (5586, 6286, 5686, 5688, 5690); at least one sensor configured for providing a signal relating to a level of contact of a user with the input device; a processor configured to: detect from said signal an insufficient level of contact; send, upon detection of an insufficient level of contact, a single control signal instructing locking of said plurality of locking mechanisms; detect from said signal an insufficient level of contact; send, upon detection of an insufficient level of contact, a single control signal instructing locking of said plurality of locking mechanisms; wherein said processor is configured to detect an insufficient level of contact by comparing said signal with a threshold; said input device characterized in that each of said plurality of locking mechanisms is configured at said joint between said two sequentially coupled portions, said locking mechanism configured to frictionally hold said sequentially coupled portions in position, preventing relative movement between said sequentially coupled portions; and in that said locking mechanism is unlocked in response to operating a locking element by a user.
An offshore wind turbine, - having a supporting structure (4, 26), - having a nacelle (6, 28), - having a rotor (8, 30), - having an interior space (10, 32), - having at least one access opening (12, 34), and - having a means of ascent (14, 36), such as a ladder, a staircase or the like, - wherein the supporting structure (4, 26) has a tower and a foundation structure (18, 40), - wherein the tower supports the nacelle (6, 28) and the rotor (8, 30), - wherein the access opening (12, 34) is an access for people to the interior space (10, 32), - wherein the means of ascent (14, 36) is arranged in the interior space (10, 32), - wherein the means of ascent (14, 36) is assigned to the access opening (12, 34), and - wherein no external work platform is arranged between the foundation structure (18, 40) and the access opening (12, 34), as viewed along a vertical extent of the supporting structure (4, 26), characterized in that the offshore wind turbine comprises a lifting device and loading opening wherein the lifting device and the loading opening are arranged between the access opening and the nacelle, as viewed along the vertical extent - wherein the lifting device is assigned to the loading opening, wherein the lifting device is movable from a first into a second position, and - wherein, in the first position, the lifting device is completely accommodated in the interior space. - having a supporting structure (4, 26), - having a nacelle (6, 28), - having a rotor (8, 30), - having an interior space (10, 32), - having at least one access opening (12, 34), and - having a means of ascent (14, 36), such as a ladder, a staircase or the like, - wherein the supporting structure (4, 26) has a tower and a foundation structure (18, 40), - wherein the tower supports the nacelle (6, 28) and the rotor (8, 30), - wherein the access opening (12, 34) is an access for people to the interior space (10, 32), - wherein the means of ascent (14, 36) is arranged in the interior space (10, 32), - wherein the means of ascent (14, 36) is assigned to the access opening (12, 34), and - wherein no external work platform is arranged between the foundation structure (18, 40) and the access opening (12, 34), as viewed along a vertical extent of the supporting structure (4, 26), characterized in that the offshore wind turbine comprises a lifting device and loading opening wherein the lifting device and the loading opening are arranged between the access opening and the nacelle, as viewed along the vertical extent - wherein the lifting device is assigned to the loading opening, wherein the lifting device is movable from a first into a second position, and - wherein, in the first position, the lifting device is completely accommodated in the interior space.
A washing machine comprising: a detergent box for containing a detergent and rinse; a detergent supply pump for pumping the detergent or rinse contained in the detergent box; and a connection pipe connected to the detergent supply pump and a tub; wherein the connection pipe comprises a main connection pipe connected to the tub, and a detergent connection tube branched from the main connection pipe and connected to the detergent supply pump, wherein the detergent connection tube comprises a first detergent connection tube to which the detergent is pumped and supplied, and a second detergent connection tube to which the rinse is pumped and supplied, and wherein the first detergent connection tube and the second detergent connection tube are connected to the detergent supply pump, the washing machine comprising an open/close unit for opening or closing the detergent connection tube in relation to the connection pipe, wherein the open/close unit is configured to open the detergent connection tube when the detergent supply pump is operated to pump the detergent or rinse, and block the detergent connection tube in order not to supply the detergent or rinse to the connection pipe when the detergent supply pump is not operating, and wherein the open/close unit comprises a first open/close unit equipped in the first detergent connection tube and a second open/close unit equipped in the second detergent connection tube, characterized in that the open/close units (157, 158) are arranged in a part where the detergent connection tube and the first main connection pipe are connected. a detergent box for containing a detergent and rinse; a detergent supply pump for pumping the detergent or rinse contained in the detergent box; and a connection pipe connected to the detergent supply pump and a tub; wherein the connection pipe comprises a main connection pipe connected to the tub, and a detergent connection tube branched from the main connection pipe and connected to the detergent supply pump, wherein the detergent connection tube comprises a first detergent connection tube to which the detergent is pumped and supplied, and a second detergent connection tube to which the rinse is pumped and supplied, and wherein the first detergent connection tube and the second detergent connection tube are connected to the detergent supply pump, the washing machine comprising an open/close unit for opening or closing the detergent connection tube in relation to the connection pipe, wherein the open/close unit is configured to open the detergent connection tube when the detergent supply pump is operated to pump the detergent or rinse, and block the detergent connection tube in order not to supply the detergent or rinse to the connection pipe when the detergent supply pump is not operating, and wherein the open/close unit comprises a first open/close unit equipped in the first detergent connection tube and a second open/close unit equipped in the second detergent connection tube, characterized in that the open/close units (157, 158) are arranged in a part where the detergent connection tube and the first main connection pipe are connected.
A gear comprising a gear surface with a vibration sensor, the vibration sensor comprising an accelerometer coupled to a data transmitter, wherein: the vibration sensor is provided within a cavity in the gear surface and a surface of the cavity functions as a sensor well for comprising the accelerometer and the data transmitter; the accelerometer and the data transmitter are mounted on a printed circuit board that is attached to the surface of the cavity; and the cavity is filled with potting material for sealing the vibration sensor. the vibration sensor is provided within a cavity in the gear surface and a surface of the cavity functions as a sensor well for comprising the accelerometer and the data transmitter; the accelerometer and the data transmitter are mounted on a printed circuit board that is attached to the surface of the cavity; and the cavity is filled with potting material for sealing the vibration sensor.
A method for battery binding, the method being implemented by a service end electronic device and characterized by steps of: obtaining a first battery identifier corresponding to a battery device; obtaining, through a barcode at one of a position under a seat of a carrier device and a position inside a storage compartment of the carrier device, a carrier identifier corresponding to the carrier device that is capable of being electrically powered; obtaining a second battery identifier stored in a proposed battery device; determining whether the first battery identifier thus obtained is identical to the second battery identifier thus obtained, in order to confirm whether the proposed battery device is the battery device from which the first battery identifier is obtained; and when it is determined that the first battery identifier is identical to the second battery identifier, sending the carrier identifier to the battery device via near-field communication for storage in the battery device. obtaining a first battery identifier corresponding to a battery device; obtaining, through a barcode at one of a position under a seat of a carrier device and a position inside a storage compartment of the carrier device, a carrier identifier corresponding to the carrier device that is capable of being electrically powered; obtaining a second battery identifier stored in a proposed battery device; determining whether the first battery identifier thus obtained is identical to the second battery identifier thus obtained, in order to confirm whether the proposed battery device is the battery device from which the first battery identifier is obtained; and when it is determined that the first battery identifier is identical to the second battery identifier, sending the carrier identifier to the battery device via near-field communication for storage in the battery device.
A dental cleaning appliance comprising: a handle; and a cleaning tool detachably connected to the handle, the cleaning tool comprising a nozzle for delivering a burst of working fluid to the teeth of a user, a stem extending between the handle and the nozzle, and a fluid reservoir for storing working fluid, the fluid reservoir being connected to and extending around the stem, the fluid reservoir comprising an external wall that surrounds the stem; characterized in that the fluid reservoir comprises an inner wall that is connected to the external wall, the external wall and the inner wall together defining the capacity of the fluid reservoir, the inner wall comprising a moveable member that is moveable relative to the external wall to vary the volume of the fluid reservoir. a handle; and a cleaning tool detachably connected to the handle, the cleaning tool comprising a nozzle for delivering a burst of working fluid to the teeth of a user, a stem extending between the handle and the nozzle, and a fluid reservoir for storing working fluid, the fluid reservoir being connected to and extending around the stem, the fluid reservoir comprising an external wall that surrounds the stem; characterized in that the fluid reservoir comprises an inner wall that is connected to the external wall, the external wall and the inner wall together defining the capacity of the fluid reservoir, the inner wall comprising a moveable member that is moveable relative to the external wall to vary the volume of the fluid reservoir.
A method for verifying an SRv6 packet, wherein the method comprises: receiving, by an egress node of an Internet Protocol security, IPsec, tunnel, a segment routing over Internet Protocol version 6, SRv6, packet, wherein the SRv6 packet is a packet encapsulated in an IPsec transport mode, the SRv6 packet comprises an authentication header, AH, and at least one segment routing header, SRH, the SRv6 packet carries first indication information, and the first indication information indicates the egress node to perform AH verification on the SRv6 packet; and performing, by the egress node, the AH verification on the SRv6 packet based on the first indication information and the AH, wherein a verification range of the AH verification comprises the at least one SRH. receiving, by an egress node of an Internet Protocol security, IPsec, tunnel, a segment routing over Internet Protocol version 6, SRv6, packet, wherein the SRv6 packet is a packet encapsulated in an IPsec transport mode, the SRv6 packet comprises an authentication header, AH, and at least one segment routing header, SRH, the SRv6 packet carries first indication information, and the first indication information indicates the egress node to perform AH verification on the SRv6 packet; and performing, by the egress node, the AH verification on the SRv6 packet based on the first indication information and the AH, wherein a verification range of the AH verification comprises the at least one SRH.
Hot water device, in particular flow-through heater, with one housing, one conduit for routing water, one heating unit for heating the water contained in the conduit and one control unit for the control of the function of the heating unit and for the operation of the hot water device in a first operating mode, which represents the normal operating mode, and at a minimum in a second operating mode, where the second operating mode represents a disinfection operating mode, where the control unit in the second operating mode is designed in order to control the operation of the heating unit in such a way that water contained in the conduit is heated to ≥ 70°C, characterised in that the hot water device indicates a cap and a sensor for recording whether or not the cap is open, and where the control unit is further designed to activate the second operating mode only if the cap is open.