mhurhangee/patent-ind-claim-en huggingface dataset:
Installation for rearing animals and in particular poultry and pigs, comprising means for conveying water to the animals for their watering, which conveying means comprise: - an injector making it possible to inject a gas into water; - a water inlet line ("WATER") and a gas inlet line ("GAS") arriving in the injector ; and - a store of oxygen or of a gas mixture comprising oxygen, capable of delivering oxygen into the gas line, which is characterized in that it is devoid of oxygen analyzer and in that it comprises the following elements, making it possible to set up a water recirculation loop: - a water tank at atmospheric pressure, the injector being supplied with water from the water located in this tank, which tank can furthermore be supplied with new water; - a coil capable of receiving water charged with dissolved oxygen originating from the injector, which water arrives at the coil by virtue of a pump , which coil makes it possible to create a water/oxygen contact time; the water resulting from the coil passing in transit through an overflow valve , in order to be able to be directed entirely to the watering or else partly to the watering and partly to the tank . - an injector making it possible to inject a gas into water; - a water inlet line ("WATER") and a gas inlet line ("GAS") arriving in the injector ; and - a store of oxygen or of a gas mixture comprising oxygen, capable of delivering oxygen into the gas line, which is characterized in that it is devoid of oxygen analyzer and in that it comprises the following elements, making it possible to set up a water recirculation loop: - a water tank at atmospheric pressure, the injector being supplied with water from the water located in this tank, which tank can furthermore be supplied with new water; - a coil capable of receiving water charged with dissolved oxygen originating from the injector, which water arrives at the coil by virtue of a pump , which coil makes it possible to create a water/oxygen contact time;
A ground reference probe for use with a measurement device , the ground reference probe comprising: a housing having a bottom rim and a downward facing recess extending upward from the bottom rim into the housing , the housing formed from an insulative material; an electrically-conductive magnet movably coupled to the housing , the magnet having a bottom face , and the magnet being movable between a raised position wherein the bottom face of the magnet is disposed within the recess above the bottom rim and a lowered position wherein the bottom face of the magnet is disposed proximate to the bottom rim ; a biasing actuator operatively coupled to bias the magnet in the raised position, the biasing actuator exerting an upward force on the magnet which is less than a downward magnetic force exerted on the magnet when the bottom rim of the housing is disposed adjacent a ferromagnetic material; and a coupling conductor electrically coupled with the magnet , the coupling conductor sized and dimensioned to electrically couple with a test lead which is electrically coupleable with the measurement device . a housing having a bottom rim and a downward facing recess extending upward from the bottom rim into the housing , the housing formed from an insulative material; an electrically-conductive magnet movably coupled to the housing , the magnet having a bottom face , and the magnet being movable between a raised position wherein the bottom face of the magnet is disposed within the recess above the bottom rim and a lowered position wherein the bottom face of the magnet is disposed proximate to the bottom rim ; a biasing actuator operatively coupled to bias the magnet in the raised position, the biasing actuator exerting an upward force on the magnet which is less than a downward magnetic force exerted on the magnet when the bottom rim of the housing is disposed adjacent a ferromagnetic material; and a coupling conductor electrically coupled with the magnet , the coupling conductor sized and dimensioned to electrically couple with a test lead which is electrically coupleable with the measurement device .
A dust collection box , comprising: a box body provided with a dust extraction port in a bottom of the box body ; and a lower lid comprising a first lateral portion and a second lateral portion opposite to each other, the first lateral portion being rotatably connected with the box body to enable the lower lid to open or close the dust extraction port , and when the lower lid closes the dust extraction port , the second lateral portion being snap-fitted with the box body through a first snap structure , and the lower lid being used to carry pollutants, wherein the lower lid comprises a bottom wall and a lateral wall extending from an edge of the bottom wall , and the bottom wall and the lateral wall enclose a groove ; when the lower lid closes the dust extraction port , the bottom of the box body protrudes into the groove , and the lateral wall surrounds the bottom of the box body , characterized in that the box body is provided with a dust collecting chamber in communication with the dust extraction port ; the lower lid comprises a bump fixed on the bottom wall and received in the groove ; when the lower lid closes the dust extraction port , the bump extends into the dust collecting chamber and fills a bottom of the dust collecting chamber .. a box body provided with a dust extraction port in a bottom of the box body ; and a lower lid comprising a first lateral portion and a second lateral portion opposite to each other, the first lateral portion being rotatably connected with the box body to enable the lower lid to open or close the dust extraction port , and when the lower lid closes the dust extraction port , the second lateral portion being snap-fitted with the box body through a first snap structure , and the lower lid being used to carry pollutants, wherein the lower lid comprises a bottom wall and a lateral wall extending from an edge of the bottom wall , and the bottom wall and the lateral wall enclose a groove ; when the lower lid closes the dust extraction port , the bottom of the box body protrudes into the groove , and the lateral wall surrounds the bottom of the box body , characterized in that the box body is provided with a dust collecting chamber in communication with the dust extraction port ; the lower lid comprises a bump fixed on the bottom wall and received in the groove ; when the lower lid closes the dust extraction port , the bump extends into the dust collecting chamber and fills a bottom of the dust collecting chamber ..
A method performed by a user equipment, UE , configured as a coordinating user equipment for a user equipment-coordination set, UECS , of UEs connected by a local wireless network in a wireless communications network, the method comprising the coordinating user equipment : selecting a first subset of UEs in the UECS to jointly receive downlink signals; selecting a second subset of UEs in the UECS to jointly transmit uplink signals, the UEs included in the second subset of UEs not overlapping with the UEs included in the first subset of UEs; transmitting an indication that the UECS is capable of full-duplex communication to a network entity ; receiving , from the network entity , a resource grant for a target UE in the UECS ; receiving uplink data to transmit to the network entity ; receiving , from the first subset of UEs, demodulated and sampled downlink data, the demodulated and sampled downlink data jointly received by the first subset of UEs concurrently with joint transmission of modulated and coded uplink data by the second subset of UEs; combining the samples received from each UE in the first subset of UEs; and jointly processing the combined samples to provide decoded data using the received modulated and coded uplink data to cancel crosstalk of uplink signals for the transmitted uplink data from downlink signals for the received downlink data. selecting a first subset of UEs in the UECS to jointly receive downlink signals; selecting a second subset of UEs in the UECS to jointly transmit uplink signals, the UEs included in the second subset of UEs not overlapping with the UEs included in the first subset of UEs; transmitting an indication that the UECS is capable of full-duplex communication to a network entity ; receiving , from the network entity , a resource grant for a target UE in the UECS ; receiving uplink data to transmit to the network entity ; receiving , from the first subset of UEs, demodulated and sampled downlink data, the demodulated and sampled downlink data jointly received by the first subset of UEs concurrently with joint transmission of modulated and coded uplink data by the second subset of UEs; combining the samples received from each UE in the first subset of UEs; and jointly processing the combined samples to provide decoded data using the received modulated and coded uplink data to cancel crosstalk of uplink signals for the transmitted uplink data from downlink signals for the received downlink data.
Method for recording driving data and driver data, in which data documenting working time and driving behaviour of a vehicle driver (2 1 - 2 n ), including data acquired repeatedly during the journey by way of a tachograph (3 1 - 3 n ) arranged in a motor vehicle, are stored in a local memory of the tachograph (3 1 - 3 n ), with respect to which the vehicle driver (2 1 - 2 n ) identifies himself by way of an identification module (4 1 - 4 n ) before commencing a journey, wherein these data are additionally transmitted periodically over time to a central database held on at least one network-accessible server by the tachograph (3 1 - 3 n ), which is equipped for this purpose with a mobile radio transceiver unit (5 1 - 5 n ), using a mobile radio network in an automated manner, specifically in a machine-to-machine manner, and are stored in said database, and wherein authorized individuals are able to access the data stored in this central database via a web-based portal by way of computer-based terminals (8 1 - 8 n ), characterized - in that the data in the central database comprise position data from the mobile radio transceiver unit (5 1 - 5 n ) of the tachograph (3 1 - 3 n ) that are determined by the at least one server holding the central database on the basis of radio cell data that the server requests from technical units of the associated mobile radio provider periodically over time, specifically immediately after receiving driving data and driver data transmitted by the tachograph (3 1 - 3 n ), and - in that implausibilities are determined on the basis of a comparison between the data stored in the local memory of the tachograph (3 1 - 3 n ) regarding the vehicle driver (2 1 - 2 n ) and the motor vehicle (1 1 - 1 n ) controlled thereby and the corresponding data stored in the central database by a control and processing device by way of an algorithm processed for this purpose and are documented in the central database . - in that the data in the central database comprise position data from the mobile radio transceiver unit (5 1 - 5 n ) of the tachograph (3 1 - 3 n ) that are determined by the at least one server holding the central database on the basis of radio cell data that the server requests from technical units of the associated mobile radio provider periodically over time, specifically immediately after receiving driving data and driver data transmitted by the tachograph (3 1 - 3 n ), and - in that implausibilities are determined on the basis of a comparison between the data stored in the local memory of the tachograph (3 1 - 3 n ) regarding the vehicle driver (2 1 - 2 n ) and the motor vehicle (1 1 - 1 n ) controlled thereby and the corresponding data stored in the central database by a control and processing device by way of an algorithm processed for this purpose and are documented in the central database .
Dental cannula , which forms an attachment piece for a dental syringe for dispensing fluid media, wherein the cannula has: • a rear coupling region , which is designed for coupling to a dental handpiece that provides the media, • a front end region with at least one outlet opening for dispensing the fluid media, and • at least two elongate media lines extending from the coupling region to the front end region , for guiding the media from the rear coupling region to the outlet opening at the front end region of the cannula, wherein the media lines are formed, at least in some sections, by channels in a plastic body which consists of two one-piece plastic parts , which are sealingly connected to each other along a connection plane in which the channels run, wherein the two media lines are brought together, in the front end region of the cannula , in a mixing chamber and open into a common outlet opening , characterized in that , in the region of the mixing chamber , a nozzle , formed by a separate insert part, is arranged for mixing the media transferred through the two media lines. • a rear coupling region , which is designed for coupling to a dental handpiece that provides the media, • a front end region with at least one outlet opening for dispensing the fluid media, and • at least two elongate media lines extending from the coupling region to the front end region , for guiding the media from the rear coupling region to the outlet opening at the front end region of the cannula, wherein the media lines are formed, at least in some sections, by channels in a plastic body which consists of two one-piece plastic parts , which are sealingly connected to each other along a connection plane in which the channels run, wherein the two media lines are brought together, in the front end region of the cannula , in a mixing chamber and open into a common outlet opening , characterized in that , in the region of the mixing chamber , a nozzle , formed by a separate insert part, is arranged for mixing the media transferred through the two media lines.
An unwinder of rolls (B1, B2) comprising: a bearing structure comprising a base and an upright extending from the base, on which a cross member is supported; two pairs of arms (11A, 11B; 13A, 13B) supported movable on the bearing structure and each comprising members for axial engagement of a roll (B1, B2); a splicing machine ; characterized in that the cross member comprises an intermediate portion rigidly bound to the upright and a pair of lateral supports adapted to take at least an operating position and a non-operating position, with respect to the intermediate portion of the cross member ; and wherein the splicing machine is supported by said cross member and comprises parts movable along the intermediate portion and the lateral supports of the said cross member . a bearing structure comprising a base and an upright extending from the base, on which a cross member is supported; two pairs of arms (11A, 11B; 13A, 13B) supported movable on the bearing structure and each comprising members for axial engagement of a roll (B1, B2); a splicing machine ;
A tibial component of a knee joint endoprosthesis comprising a laterally extending tibial plate , a distally projecting anchoring wedge with a shaft piece and at least one laterally extending wing-like extension , wherein, in an implantation state, the tibial plate and the anchoring wedge are connected to one another by means of releasable fastening elements, and wherein, for an explantation state, the tibial plate can be removed from the anchoring wedge , characterized in that at least one proximally removable spacer is provided on the tibial plate , the end face of which forms a stop for the extension and is designed to create a preferably slotlike free space with a defined minimum width between the extension and the tibial plate . wherein, in an implantation state, the tibial plate and the anchoring wedge are connected to one another by means of releasable fastening elements, and wherein, for an explantation state, the tibial plate can be removed from the anchoring wedge , characterized in that at least one proximally removable spacer is provided on the tibial plate , the end face of which forms a stop for the extension and is designed to create a preferably slotlike free space with a defined minimum width between the extension and the tibial plate .
A driving device to drive a three-phase motor having coils , the driving device comprising: a converter configured to generate a bus voltage; an inverter configured to convert the bus voltage to an AC voltage and supply the AC voltage to the coils ; and a connection switching unit connected to the inverter and configured to switch a connection state of the coils ; wherein the connection state of the coils has a first connection state and a second connection state; wherein a line voltage in the coils is lower in the second connection state than in the first connection state for a same rotation speed of the motor ; wherein the first connection state is a Y connection and the second connection state is a delta connection, or the first connection state is a series connection and the second connection state is a parallel connection, wherein the bus voltage generated by the converter is kept at a first bus voltage V1 when the connection state of the coils is the first connection state, and is kept at a second bus voltage V2 higher than the first bus voltage V1 when the connection state of the coils is the second connection state, wherein in a case where the connection switching unit switches the connection state of the coils from the first connection state to the second connection state, the bus voltage generated by the converter is switched from the first bus voltage V1 to the second bus voltage V2. a converter configured to generate a bus voltage; an inverter configured to convert the bus voltage to an AC voltage and supply the AC voltage to the coils ; and a connection switching unit connected to the inverter and configured to switch a connection state of the coils ; wherein the connection state of the coils has a first connection state and a second connection state; wherein a line voltage in the coils is lower in the second connection state than in the first connection state for a same rotation speed of the motor ; wherein the first connection state is a Y connection and the second connection state is a delta connection, or the first connection state is a series connection and the second connection state is a parallel connection, wherein the bus voltage generated by the converter is kept at a first bus voltage V1 when the connection state of the coils is the first connection state, and is kept at a second bus voltage V2 higher than the first bus voltage V1 when the connection state of the coils is the second connection state, wherein in a case where the connection switching unit switches the connection state of the coils from the first connection state to the second connection state, the bus voltage generated by the converter is switched from the first bus voltage V1 to the second bus voltage V2.
Brake regulating device for a rail vehicle, having an input for a target deceleration value (a set ), an input for an actual deceleration value (a train ), and an output for a deceleration manipulated variable value (a out ), wherein the deceleration manipulated variable value (a out ) is set by a control unit in order to minimize a deviation between the actual deceleration value (a train ) and the target deceleration value (a set ), and wherein a limiting device is present which limits the deceleration manipulated variable value (a out ) independently of the control unit, characterized in that the limiting device limits the deceleration manipulated variable value (a out ) in such a way that it deviates from the target deceleration value (a set ) at most by a maximum negative control excursion toward lower values or at most by a maximum positive control excursion toward higher values.
A system comprising: a stimulation generator configured to generate and deliver electrical stimulation therapy to a patient via at least one electrode; and a processor configured to control the stimulation generator to: generate a lower intensity electrical stimulation signal comprising a plurality of pulses; and deliver the lower intensity electrical stimulation signal to the patient characterized in that the lower intensity electrical stimulation signal has a stimulation intensity that is less than or equal to 40% of a paresthesia threshold or perception threshold of the patient. a stimulation generator configured to generate and deliver electrical stimulation therapy to a patient via at least one electrode; and a processor configured to control the stimulation generator to: generate a lower intensity electrical stimulation signal comprising a plurality of pulses; and deliver the lower intensity electrical stimulation signal to the patient characterized in that the lower intensity electrical stimulation signal has a stimulation intensity that is less than or equal to 40% of a paresthesia threshold or perception threshold of the patient.
Optomechanical transducer, comprising an optical fiber having a polished pointed distal end placed in front of a reflective surface and a proximal end connected to a coupler which combines an illuminating optical fiber linked to a light source and a measuring optical fiber linked to a photodetector , said reflective element having a mobile region with an axial component , characterized in that the axial distance between the distal end of the optical fiber and said reflective surface at rest is determined such that the reflected light intensity I 0 is equal to P.I max , where I max denotes the maximum reflected light intensity and P is a parameter between 0.25 and 0.75.
A method, comprising: receiving , from a first device , first communication data; determining that the first communication data comprises first audio data representing an utterance ; determining that the first device is associated with a first group account, the first group account being associated with at least a first user account and a second user account such that at least the first user account and the second user account are capable of accessing communications received for the first group account; determining that a first sender of the first communication data corresponds to the first user account by deriving information from at least a portion of the first audio data and comparing the derived information from the first audio data to stored information for the first group account; determining that the first group account is to receive the first communication; causing the first communication data to be identified as a new communication associated with at least the first group account and the second user account; and causing the first communication data to be identified as a sent communication associated with the first user account. receiving , from a first device , first communication data; determining that the first communication data comprises first audio data representing an utterance ; determining that the first device is associated with a first group account, the first group account being associated with at least a first user account and a second user account such that at least the first user account and the second user account are capable of accessing communications received for the first group account; determining that a first sender of the first communication data corresponds to the first user account by deriving information from at least a portion of the first audio data and comparing the derived information from the first audio data to stored information for the first group account; determining that the first group account is to receive the first communication; causing the first communication data to be identified as a new communication associated with at least the first group account and the second user account; and causing the first communication data to be identified as a sent communication associated with the first user account.