mhurhangee/patent-ind-claim-en huggingface dataset:
A planting system for arrangement on a vehicle , wherein the planting system comprises at least one plant arm comprising a plant head configured to penetrate ground, wherein the at least one plant arm comprises at least one articulation and is configured to receive plant seedlings and to guide the plant seedlings to the plant head , and a plant feeding device for arrangement on the vehicle and configured to feed plant seedlings to the at least one plant arm by dropping the plant seedlings from the plant feeding device, wherein the planting system , in a first stage of a planting process, is configured to feed plant seedlings from the plant feeding device , via the at least one plant arm , to the plant head , by operation of the plant feeding device , and wherein the planting system , in a second stage of a planting process, is configured to operate the at least one plant arm by penetrating the ground by the plant head and release the plant seedlings from the plant head into the ground while the plant system is in motion, wherein the plant seedlings fall from the plant feeding device to the plant head while the plant arm is in motion, and wherein the plant head has a fixed position relative the ground when in the second stage of a planting process by the plant arm pivoting around the at least one articulation . at least one plant arm comprising a plant head configured to penetrate ground, wherein the at least one plant arm comprises at least one articulation and is configured to receive plant seedlings and to guide the plant seedlings to the plant head , and a plant feeding device for arrangement on the vehicle and configured to feed plant seedlings to the at least one plant arm by dropping the plant seedlings from the plant feeding device, wherein the planting system , in a first stage of a planting process, is configured to feed plant seedlings from the plant feeding device , via the at least one plant arm , to the plant head , by operation of the plant feeding device , and wherein the planting system , in a second stage of a planting process, is configured to operate the at least one plant arm by penetrating the ground by the plant head and release the plant seedlings from the plant head into the ground while the plant system is in motion, wherein the plant seedlings fall from the plant feeding device to the plant head while the plant arm is in motion, and wherein the plant head has a fixed position relative the ground when in the second stage of a planting process by the plant arm pivoting around the at least one articulation .
A use of a composition comprising morroniside and loganin in the manufacture of a medicament for alleviating or repairing a disease associated with nervous system myelin sheath lesion; and wherein the disease is selected from the group consisting of optical neuromyelitis, acute disseminated encephalomyelitis, diffuse sclerosis, concentric circle sclerosis, leukodystrophy, central pontine myelinolysis, acute inflammatory demyelinating polyneuropathy, chronic inflammatory demyelinating polyneuropathy, leukoencephalopathy caused by an ischemia-anoxia disease, subacute combined degeneration caused by a nutrition deficiency disease, subacute sclerosing panencephalitis, progressive multifocal leukoencephalopathy caused by a viral infection, and diabetic neuropathy.
An aircraft door having: - a leaf comprising a door structure to which an external wall is fixed; - a surround comprising a door frame intended to be fixed to the fuselage of the aircraft; - a support arm of the leaf having an end mounted pivotably on the door frame , this support arm being movable between a closed position, in which the leaf closes the door frame , and an open position, in which the leaf is released from the door frame ; - the support arm is connected to a support forearm by a first pivot connection , permitting as sole degree of freedom a rotation between the support forearm and the support arm about a first pivot axis , the support forearm being connected to the leaf by a second pivot connection , permitting as sole degree of freedom a rotation between the leaf and the support forearm about a second pivot axis parallel to the first pivot axis ; - the support arm is connected to the door frame by two hinges , each of them having a pivot for rotation of the support arm about a third pivot axis , which is parallel to the first pivot axis and to the second pivot axis ; this aircraft door being characterized in that : this pivot of each hinge is connected to the door frame by a fastener that is adjustable in translation in a direction of first translation and in a direction of second translation , these two directions being orthogonal to each other and orthogonal to the third pivot axis ; and in that these rotation pivots of the support arm are translationally adjustable along the third pivot axis . - a leaf comprising a door structure to which an external wall is fixed; - a surround comprising a door frame intended to be fixed to the fuselage of the aircraft; - a support arm of the leaf having an end mounted pivotably on the door frame , this support arm being movable between a closed position, in which the leaf closes the door frame , and an open position, in which the leaf is released from the door frame ; - the support arm is connected to a support forearm by a first pivot connection , permitting as sole degree of freedom a rotation between the support forearm and the support arm about a first pivot axis , the support forearm being connected to the leaf by a second pivot connection , permitting as sole degree of freedom a rotation between the leaf and the support forearm about a second pivot axis parallel to the first pivot axis ; - the support arm is connected to the door frame by two hinges , each of them having a pivot for rotation of the support arm about a third pivot axis , which is parallel to the first pivot axis and to the second pivot axis ;
An infrared bolometer comprising: a waveguide configured to guide infrared electromagnetic waves , in a mode having an evanescent field extending outside of the waveguide ; a graphene sheet having two contacts and configured: to be coupled to the evanescent field; to have a temperature, when electromagnetic power in the evanescent field is absorbed by the graphene sheet , corresponding to the amount of electromagnetic power absorbed by the graphene sheet ; and to generate thermal noise at the two contacts at a level corresponding to the temperature; and a circuit connected to the two contacts , the circuit configured to measure the thermal noise level. a waveguide configured to guide infrared electromagnetic waves , in a mode having an evanescent field extending outside of the waveguide ; a graphene sheet having two contacts and configured: to be coupled to the evanescent field; to have a temperature, when electromagnetic power in the evanescent field is absorbed by the graphene sheet , corresponding to the amount of electromagnetic power absorbed by the graphene sheet ; and to generate thermal noise at the two contacts at a level corresponding to the temperature; and to be coupled to the evanescent field; to have a temperature, when electromagnetic power in the evanescent field is absorbed by the graphene sheet , corresponding to the amount of electromagnetic power absorbed by the graphene sheet ; and to generate thermal noise at the two contacts at a level corresponding to the temperature; and a circuit connected to the two contacts , the circuit configured to measure the thermal noise level.
A method for testing a personal safety device, the method comprising: acquiring , by a mobile testing device, a device identifier from the personal safety device; selecting , by the mobile testing device, the personal safety device for testing; sending , by the mobile testing device to a server configured to receive alarm messages from the personal safety device, a message indicating a test mode for testing the personal safety device, the message disabling alarming for the personal safety device at the server; receiving , by the mobile testing device during the testing, an alarm message from the personal safety device over a direct radio link between the mobile testing device and the personal safety device, wherein the alarm message from the personal safety device indicates depression of an alarm button of the personal safety device; and in response to receiving the alarm message, indicating an alarm condition on a user interface of the mobile testing device. acquiring , by a mobile testing device, a device identifier from the personal safety device; selecting , by the mobile testing device, the personal safety device for testing; sending , by the mobile testing device to a server configured to receive alarm messages from the personal safety device, a message indicating a test mode for testing the personal safety device, the message disabling alarming for the personal safety device at the server; receiving , by the mobile testing device during the testing, an alarm message from the personal safety device over a direct radio link between the mobile testing device and the personal safety device, wherein the alarm message from the personal safety device indicates depression of an alarm button of the personal safety device; and in response to receiving the alarm message, indicating an alarm condition on a user interface of the mobile testing device.
Braking system for a vehicle with a hydraulic vehicle brake with an electric actuator for influencing the hydraulic pressure, and with an electromechanical brake apparatus with at least one electric brake motor , characterized in that a latching mechanism for latching in a parking position generating hydraulic pressure has been assigned to the electric actuator of the hydraulic vehicle brake or to a transmission device capable of being actuated by the actuator .
A switch for a high or medium voltage direct current network , the switch comprising a branch with a DC circuit breaker containing active circuit-breaking members enclosed in at least one sealed enclosure containing a gaseous fluid, this branch being inserted in the network line, and having connected in parallel therewith firstly a branch with an energy absorber element , and secondly a resonant circuit presenting a given capacitance (C) and a given inductance (L), as such, for a capacitance (C) in μF, the inductance (L) in μH is less than 2700×C -0.84 characterized in that the sealed enclosure of the DC circuit breaker contains a gaseous fluid comprising at least 70% by volume carbon dioxide at a filling pressure lying in the range 0.65 MPa to 1.1 MPa as measured at a temperature of 20°C.
An air conditioner comprising: a control unit configured to control an air conditioning operation and control a maintenance operation to perform maintenance on an indoor unit of the air conditioner after the air conditioning operation is stopped; and an operation unit provided for performing a stop operation to stop the maintenance operation, wherein the maintenance operation includes an irradiating operation to irradiate an irradiation area of the indoor unit with ultraviolet rays, and the control unit controls the irradiating operation to continue the irradiating operation even when the stop operation is performed by the operation unit , characterized in that : the maintenance operation includes a second maintenance operation including at least either an internal cleaning operation or a filter cleaning operation, and wherein, when the stop operation is performed, the control unit controls the second maintenance operation to stop the second maintenance operation. a control unit configured to control an air conditioning operation and control a maintenance operation to perform maintenance on an indoor unit of the air conditioner after the air conditioning operation is stopped; and an operation unit provided for performing a stop operation to stop the maintenance operation, wherein the maintenance operation includes an irradiating operation to irradiate an irradiation area of the indoor unit with ultraviolet rays, and the control unit controls the irradiating operation to continue the irradiating operation even when the stop operation is performed by the operation unit , characterized in that : the maintenance operation includes a second maintenance operation including at least either an internal cleaning operation or a filter cleaning operation, and wherein, when the stop operation is performed, the control unit controls the second maintenance operation to stop the second maintenance operation. the maintenance operation includes a second maintenance operation including at least either an internal cleaning operation or a filter cleaning operation, and wherein, when the stop operation is performed, the control unit controls the second maintenance operation to stop the second maintenance operation.
System configured to produce a mechanical connection between a strand element and a connection element , having: - a pair of receiving elements , wherein each receiving element has a face side with a groove which is suitable for receiving the connection element , and has a shaft , - a clamping bracket with a face side which has a groove which is suitable for receiving the connection element , and has a stop which is arranged on a first side of the clamping bracket , - a pair of pressing inserts , wherein each pressing insert has a face side with a groove which extends over the entire narrow side of the face side, and wherein the pressing insert is configured to be arranged in the shaft of an assigned receiving element , and, when the pressing insert is arranged in the shaft , the groove of the pressing insert is substantially aligned with the groove of the receiving element , - a screw vice or clamp vice , wherein the receiving elements and the pressing inserts are arranged in the screw vice or clamp vice so that, when the connection is produced, the system receives the strand element with the connection element , which is arranged on a first end of the strand element , up to the stop and arranges the pair of pressing inserts around a middle region of the connection element . - a pair of receiving elements , wherein each receiving element has a face side with a groove which is suitable for receiving the connection element , and has a shaft , - a clamping bracket with a face side which has a groove which is suitable for receiving the connection element , and has a stop which is arranged on a first side of the clamping bracket , - a pair of pressing inserts , wherein each pressing insert has a face side with a groove which extends over the entire narrow side of the face side, and wherein the pressing insert is configured to be arranged in the shaft of an assigned receiving element , and, when the pressing insert is arranged in the shaft , the groove of the pressing insert is substantially aligned with the groove of the receiving element , - a screw vice or clamp vice , wherein the receiving elements and the pressing inserts are arranged in the screw vice or clamp vice so that, when the connection is produced, the system receives the strand element with the connection element , which is arranged on a first end of the strand element , up to the stop and arranges the pair of pressing inserts around a middle region of the connection element .
An exercise machine for performing exercise routines in different positions, comprising: an arm assembly ; and a swing-away workout station , comprising a bench seat ; a stabilizing support ; a pivot pin ; and a locking mechanism , wherein the swing-away workout station is configured to be locked to a first position at a front of the exercise machine using the locking mechanism and stowed away from the first position to a second position at a side of the exercise machine using the pivot pin , and characterized in that the stabilizing support and the bench seat pivot forward and backward and wherein the stabilizing support is extendable upwardly and downwardly, so that the stabilizing support is positionable against a standing user. an arm assembly ; and a swing-away workout station , comprising a bench seat ; a stabilizing support ; a pivot pin ; and a locking mechanism , a bench seat ; a stabilizing support ; a pivot pin ; and a locking mechanism , wherein the swing-away workout station is configured to be locked to a first position at a front of the exercise machine using the locking mechanism and stowed away from the first position to a second position at a side of the exercise machine using the pivot pin , and characterized in that the stabilizing support and the bench seat pivot forward and backward and wherein the stabilizing support is extendable upwardly and downwardly, so that the stabilizing support is positionable against a standing user.
Implant for repositioning and fixation of a centrolateral midfacial fracture, wherein the implant comprises several pre-formed segments, wherein the shape of a first segment resulting from matching of the skull size and the ethnic origin of an implant recipient is designed such that the underside thereof to be adjacent to the bone is complementary with the anatomical structure of one partial region of the outer side of a maxilla bone, wherein the shape of a second segment resulting from matching of the skull size and the ethnic origin of the implant recipient is designed such that the underside thereof to be adjacent to the bone is complementary with the outer anatomical structure of a ridge region between maxilla bone and malar bone, and wherein the shape of a third segment resulting from matching of the skull size and the ethnic origin of the implant recipient is designed such that the underside thereof to be adjacent to the bone is complementary with the anatomical structure of at least one outer partial region of a malar bone, wherein the implant is plate shaped and has a rounded boundary.
A system comprising: an optical pulse-rate sensor (460; 560) comprising: an illumination source configured to emit light; a window (410; 510) through which the light passes en route to a target; and an illumination receiver configured to measure the light reflected back through the window from the target; and a frame (420; 520) surrounding the window and elevating away from the window; characterized by : a pillow surrounding the frame and recessing from the frame and the window, wherein the optical pulse-rate sensor is positioned on a mound of the pillow, and wherein the pillow is configured to be compressible by 2 mm or more, whereby the pillow is configured to urge the optical pulse-rate sensor towards the skin of the user when the wearable electronic device is worn by the user; and a spring (470; 570) positioned under the optical pulse-rate sensor (460; 560) to bias the optical pulse-rate sensor and frame (420; 520) towards the skin of the user. an optical pulse-rate sensor (460; 560) comprising: an illumination source configured to emit light; a window (410; 510) through which the light passes en route to a target; and an illumination receiver configured to measure the light reflected back through the window from the target; and an illumination source configured to emit light; a window (410; 510) through which the light passes en route to a target; and an illumination receiver configured to measure the light reflected back through the window from the target; and a frame (420; 520) surrounding the window and elevating away from the window; characterized by : a pillow surrounding the frame and recessing from the frame and the window, wherein the optical pulse-rate sensor is positioned on a mound of the pillow, and wherein the pillow is configured to be compressible by 2 mm or more, whereby the pillow is configured to urge the optical pulse-rate sensor towards the skin of the user when the wearable electronic device is worn by the user; and a spring (470; 570) positioned under the optical pulse-rate sensor (460; 560) to bias the optical pulse-rate sensor and frame (420; 520) towards the skin of the user. a pillow surrounding the frame and recessing from the frame and the window, wherein the optical pulse-rate sensor is positioned on a mound of the pillow, and wherein the pillow is configured to be compressible by 2 mm or more, whereby the pillow is configured to urge the optical pulse-rate sensor towards the skin of the user when the wearable electronic device is worn by the user; and a spring (470; 570) positioned under the optical pulse-rate sensor (460; 560) to bias the optical pulse-rate sensor and frame (420; 520) towards the skin of the user.
A sensor unit for a radiation detector , the sensor unit comprising: - a conversion element comprising a plurality of imaging pixels , wherein each imaging pixel is configured to directly convert radiation into an electrical charge and wherein each imaging pixel comprises a charge collection electrode ; and - a readout substrate comprising a plurality of readout pixels , wherein each readout pixel comprises readout pixel electronics with at least one electronic component specific for an associated readout pixel , and wherein each readout pixel is connected to an associated imaging pixel by means of an interconnection at a connection position on the charge collection electrode ; characterized in that each readout pixel has a smaller area than an associated imaging pixel of the plurality of imaging pixels ; and wherein the connection positions in relation to the charge collection electrodes are varied with respect to a neighboring charge collection electrode . - a conversion element comprising a plurality of imaging pixels , wherein each imaging pixel is configured to directly convert radiation into an electrical charge and wherein each imaging pixel comprises a charge collection electrode ; and - a readout substrate comprising a plurality of readout pixels , wherein each readout pixel comprises readout pixel electronics with at least one electronic component specific for an associated readout pixel , and wherein each readout pixel is connected to an associated imaging pixel by means of an interconnection at a connection position on the charge collection electrode ; characterized in that each readout pixel has a smaller area than an associated imaging pixel of the plurality of imaging pixels ; and wherein the connection positions in relation to the charge collection electrodes are varied with respect to a neighboring charge collection electrode .