mhurhangee/ep-ind-claims huggingface dataset:
Device for injecting liquid active substances into the vessels of woody plants, comprising an injection unit (19; 55) with at least one injection needle (45; 79) which can be introduced into a vessel and through which the active substances can be fed to the plant, and comprising - a unit which is displaceable in the direction of travel for moving the injection unit (19; 55) from plant to plant, and comprising - an injection arm (16; 100) which is fastened at its first end to the displaceable unit and at the second end of which the injection unit (19; 55) is arranged, - the injection arm (16; 100) having adjusting means with which a change of the injection unit (19; 55) between a first position for moving the injection unit (19; 55) of plant to plant and a second position for injecting the active substances into the vessels of a woody plant can be carried out, characterized in that - the adjusting means act transversely to the direction of travel, and - a control unit and sensors (S1, S2) are provided for operating the adjusting means, - the sensors (S1, S2) being designed to detect the relative position of the plant to be treated relative to the displaceable unit and to transmit the signals generated in the process to the control unit, and - the control unit being designed to output control signals to the adjusting means in the course of processing the received signals. - a unit which is displaceable in the direction of travel for moving the injection unit (19; 55) from plant to plant, and comprising - an injection arm (16; 100) which is fastened at its first end to the displaceable unit and at the second end of which the injection unit (19; 55) is arranged, - the injection arm (16; 100) having adjusting means with which a change of the injection unit (19; 55) between a first position for moving the injection unit (19; 55) of plant to plant and a second position for injecting the active substances into the vessels of a woody plant can be carried out, characterized in that - the adjusting means act transversely to the direction of travel, and - a control unit and sensors (S1, S2) are provided for operating the adjusting means, - the sensors (S1, S2) being designed to detect the relative position of the plant to be treated relative to the displaceable unit and to transmit the signals generated in the process to the control unit, and - the control unit being designed to output control signals to the adjusting means in the course of processing the received signals.
A multifunctional quick hair curling and straightening device, comprising a handle, and an upper holding arm and a lower holding arm that are independent of each other, the handle being provided with an air inlet end and an air outlet end, the lower holding arm being fixedly disposed at the air outlet end, a tail end of the upper holding arm being hinged to a tail end of the lower holding arm by means of a rotary shaft, and the opposite sides of the upper holding arm and the lower holding arm being provided with a first heating plate and a second heating plate, respectively, wherein an air blowing mechanism is disposed in the handle, characterized in that an air blowing port of the air blowing mechanism directly faces the tail ends of the upper holding arm and the lower holding arm, outer surfaces of the upper holding arm and the lower holding arm are each provided with a plurality of air grooves in a circumferential direction, the plurality of the air grooves extend from the tail ends of the upper holding arm and the lower holding arm to front ends of the upper holding arm and the lower holding arm, and air blown from the air blowing mechanism sequentially flows through the air blowing port, the air outlet end and the plurality of air grooves. characterized in that an air blowing port of the air blowing mechanism directly faces the tail ends of the upper holding arm and the lower holding arm, outer surfaces of the upper holding arm and the lower holding arm are each provided with a plurality of air grooves in a circumferential direction, the plurality of the air grooves extend from the tail ends of the upper holding arm and the lower holding arm to front ends of the upper holding arm and the lower holding arm, and air blown from the air blowing mechanism sequentially flows through the air blowing port, the air outlet end and the plurality of air grooves.
A method of designing a gas turbine engine comprising: locating purge openings in fluid communication with a first stage cavity; positioning a rotor disk adjacent the first stage cavity and radially inward from the purge openings; positioning a portion of a rotor blade radially outward from the purge openings; and selecting a mass flow rate of cooling air through the purge openings based on a radial location of the purge openings to create an air barrier between a radially inner side of the purge openings and a radially outer side of the purge openings, wherein the first stage cavity is a first stage forward cavity and the purge openings extend through a static structure forward of the first stage forward cavity and are in fluid communication with a compressor section, and the purge openings are aligned with a top of the rotor disk to create an air barrier that is radially aligned with the top of the rotor disk, the alignment based on a centerline of the purge openings. locating purge openings in fluid communication with a first stage cavity; positioning a rotor disk adjacent the first stage cavity and radially inward from the purge openings; positioning a portion of a rotor blade radially outward from the purge openings; and selecting a mass flow rate of cooling air through the purge openings based on a radial location of the purge openings to create an air barrier between a radially inner side of the purge openings and a radially outer side of the purge openings, wherein the first stage cavity is a first stage forward cavity and the purge openings extend through a static structure forward of the first stage forward cavity and are in fluid communication with a compressor section, and the purge openings are aligned with a top of the rotor disk to create an air barrier that is radially aligned with the top of the rotor disk, the alignment based on a centerline of the purge openings.
A variable area vane arrangement, comprising: a stator vane including a shaft having an axis; and a vane lever arm that is configured to rotate the stator vane about the axis, and includes a base, a first tab and a second tab, wherein the base is arranged laterally between the first tab and the second tab; the first tab laterally overlaps the base; and the second tab laterally overlaps the base; wherein: the shaft is connected to the base; the first tab extends from the base to a first anti-rotation element; the second tab includes a second anti-rotation element; and the shaft is arranged between and engages the first anti-rotation element and the second anti-rotation element and the vane lever arm has a unitary body, characterized in that the second tab laterally overlaps the first tab and includes an aperture, wherein the second anti-rotation element partially defines the aperture, and the shaft extends through the aperture. a stator vane including a shaft having an axis; and a vane lever arm that is configured to rotate the stator vane about the axis, and includes a base, a first tab and a second tab, wherein the base is arranged laterally between the first tab and the second tab; the first tab laterally overlaps the base; and the second tab laterally overlaps the base; wherein: the shaft is connected to the base; the first tab extends from the base to a first anti-rotation element; the second tab includes a second anti-rotation element; and the shaft is arranged between and engages the first anti-rotation element and the second anti-rotation element and the vane lever arm has a unitary body, characterized in that the second tab laterally overlaps the first tab and includes an aperture, wherein the second anti-rotation element partially defines the aperture, and the shaft extends through the aperture. the base is arranged laterally between the first tab and the second tab; the first tab laterally overlaps the base; and the second tab laterally overlaps the base; wherein: the shaft is connected to the base; the first tab extends from the base to a first anti-rotation element; the second tab includes a second anti-rotation element; and the shaft is arranged between and engages the first anti-rotation element and the second anti-rotation element and the vane lever arm has a unitary body, characterized in that the second tab laterally overlaps the first tab and includes an aperture, wherein the second anti-rotation element partially defines the aperture, and the shaft extends through the aperture. the shaft is connected to the base; the first tab extends from the base to a first anti-rotation element; the second tab includes a second anti-rotation element; and the shaft is arranged between and engages the first anti-rotation element and the second anti-rotation element and the vane lever arm has a unitary body, characterized in that the second tab laterally overlaps the first tab and includes an aperture, wherein the second anti-rotation element partially defines the aperture, and the shaft extends through the aperture.
A method of producing one or more gases in which a liquid is electrolytically treated, characterized in that an ion exchanger is present in the liquid to which the or one of the gases to be produced adheres by ion exchange; and the ion exchanger is kept in motion and/or is kept in suspension in the liquid and/or is supplied continuously.
A method of diagnosing radiation exposure, the method comprising: measuring expression levels of an insulin-like growth factor-binding protein-5 (IGFBP-5) gene at an mRNA or the protein in a patient's sample that is obtained from vascular endothelial cells; comparing the measured expression levels of the IGFBP-5 gene at an mRNA or the protein to those of a normal control group; and determining the patient to be exposed to radiation in a case of higher expression levels in the patient's sample than to those in the normal control group. measuring expression levels of an insulin-like growth factor-binding protein-5 (IGFBP-5) gene at an mRNA or the protein in a patient's sample that is obtained from vascular endothelial cells; comparing the measured expression levels of the IGFBP-5 gene at an mRNA or the protein to those of a normal control group; and determining the patient to be exposed to radiation in a case of higher expression levels in the patient's sample than to those in the normal control group.
Wiper system with a wiper blade and a wiper device with at least one wiper arm (10a; 10b; 10c) and with at least one nozzle element (12a; 12b, 14b; 12c) which is provided for spraying wiping water, wherein the at least one nozzle element (12a; 12b, 14b; 12c) is directly connected in a low position to the wiper arm (10a; 10b; 10c), characterized in that the nozzle element protrudes at least 10 mm below a lower edge of the wiper arm and is thereby at the same height as a wiper lip of the wiper blade with respect to the outer vehicle window.
A cap assembly comprising: a cap-down (152, 252, 352, 452) arranged such that at least a portion thereof fractures so as to form an opening when external pressure is applied thereon; a vent portion (154, 254, 354, 454) arranged such that at least a portion thereof is opened when external pressure is applied thereon; and a cap-up (160, 360, 460) electrically connected with the vent portion, wherein the vent portion is entirely spaced from the cap-down. a cap-down (152, 252, 352, 452) arranged such that at least a portion thereof fractures so as to form an opening when external pressure is applied thereon; a vent portion (154, 254, 354, 454) arranged such that at least a portion thereof is opened when external pressure is applied thereon; and a cap-up (160, 360, 460) electrically connected with the vent portion, wherein the vent portion is entirely spaced from the cap-down.
A system for planning and performing a surgical procedure, the system comprising: a motion capture system that is adapted to record a video of anatomical movements of a patient, the motion capture system comprising: a video camera; and a body suit having markers located at multiple joints of the patient wearing the body suit; an x-ray system that is adapted to register the video to a skeletal system of the patient; an electronic modeling system that is adapted to generate a model of the anatomy of the patient from which position and orientation data for a prosthetic implant can be generated based on the registered video; and a surgical navigation system that is adapted to correlate the position and orientation data to the anatomy of the patient. a motion capture system that is adapted to record a video of anatomical movements of a patient, the motion capture system comprising: a video camera; and a body suit having markers located at multiple joints of the patient wearing the body suit; a video camera; and a body suit having markers located at multiple joints of the patient wearing the body suit; an x-ray system that is adapted to register the video to a skeletal system of the patient; an electronic modeling system that is adapted to generate a model of the anatomy of the patient from which position and orientation data for a prosthetic implant can be generated based on the registered video; and a surgical navigation system that is adapted to correlate the position and orientation data to the anatomy of the patient.
A digital signal processor comprising at least one functional unit, which may be a vector execution unit (203, 205) or an accelerator, and at least a first memory unit (230, 231) arranged to provide data to be operated on by the functional unit, a third unit and an on-chip network connecting the functional unit, the first memory unit and the third unit, said digital signal processor being characterized in that the third unit is arranged to provide addressing data in the form of an address vector to be used for addressing the first memory unit (230, 231), said third unit being connectable to the first memory unit (230, 231) in such a way that the addressing data can be used to control the reading from and/or the writing to the first memory unit (230, 231) and that the processor further comprises a memory address interface unit arranged between the first memory unit and the on-chip network to compensate for the latency between the first memory unit and the third unit by serving as an intermediate storage of the addressing data retrieved from the third unit, wherein the memory address interface unit is arranged to, when the first memory unit is setup to receive the addressing data from the third unit, start reading the addressing data from the third unit before the first memory unit requests the addressing data.
A method for providing offline communications on an aircraft, the method characterised by comprising: determining, by one or more processors in a first client device executing an airline application on an aircraft while the aircraft is in flight, that the first client device is unable to access an online airline database; providing, by the one or more processors via a short-range communication protocol over a dedicated secure communication channel, a request to a second client device to open a communication session with the second client device, the request including identification information for the first client device and an indication of the airline application executing on the first client device; in response to the second client device determining that the first client device has permission to communicate airline data peer-to-peer with the second client device in a mesh network, receiving, at the one or more processors, airline data via the mesh network to synchronize the first client device with the airline data stored at the second client device; and storing, by the one or more processors, a local copy of the airline data at the first client device. determining, by one or more processors in a first client device executing an airline application on an aircraft while the aircraft is in flight, that the first client device is unable to access an online airline database; providing, by the one or more processors via a short-range communication protocol over a dedicated secure communication channel, a request to a second client device to open a communication session with the second client device, the request including identification information for the first client device and an indication of the airline application executing on the first client device; in response to the second client device determining that the first client device has permission to communicate airline data peer-to-peer with the second client device in a mesh network, receiving, at the one or more processors, airline data via the mesh network to synchronize the first client device with the airline data stored at the second client device; and storing, by the one or more processors, a local copy of the airline data at the first client device.
A glass apparatus comprising: a glass substrate; and a removable tab including an engagement portion and a mounting portion, wherein the mounting portion is attached to a portion of the glass substrate with a first peel force of less than 10 N/cm, wherein the engagement portion of the tab is formed from a first element and a second element that are attached together, and further wherein two elements (146, 148) of the engagement portion are attached together with a second peel force that is greater than the first peel force. a glass substrate; and a removable tab including an engagement portion and a mounting portion, wherein the mounting portion is attached to a portion of the glass substrate with a first peel force of less than 10 N/cm, wherein the engagement portion of the tab is formed from a first element and a second element that are attached together, and further wherein two elements (146, 148) of the engagement portion are attached together with a second peel force that is greater than the first peel force.
Winding arrangement comprising a number of winding sections (3a, 3b, 3c... 3n) arranged at a distance from one another in the axial direction and electrically connected to one another so as to form a series circuit, which winding sections each have a conductor, which is wound from an inner end (5a, 5b, 5c... 5n) to an outer end (6a, 6b, 6c... 6n) of the respective winding section (3a, 3b, 3c... 3n) and in the process enlarges the winding section (3a, 3b, 3c... 3n) in the radial direction, wherein at least one winding section (3a, 3b, 3c... 3n) is electrically connected at its outer end (6a, 6b, 6c... 6n) to the inner end (5a, 5b, 5c... 5n) of the winding section (3a, 3b, 3c... 3n) that follows in the axial direction, characterized in that at least one winding section (3a, 3b, 3c... 3n) that follows in the axial direction forms a stepped region (10a, 10b, 10c... 10n), in which the inner end (5a, 5b, 5c... 5n) of said winding section is arranged in the radial direction at the height of the outer end (6a, 6b, 6c... 6n) of the winding section (3a, 3b, 3c... 3n), to which outer end said winding section is electrically connected.
A method for operating a user equipment, UE (515, 615, 715, 815), the method comprising: receiving, by the UE (515, 615, 715, 815) from a network, a mobile subscriber identifier for the UE (515, 615, 715, 815), the mobile subscriber identifier being exclusively assigned to the UE (515, 615, 715, 815) within a wireless tracking area of the network; and transmitting, by the UE (515, 615, 715, 815) to a relay node (510, 610, 710, 810), an initial message of an access procedure for accessing a user data service of the network without assignment of a Medium Access Control, MAC, identity, wherein the initial message comprises a request to connect to the network, and wherein the initial message includes the mobile subscriber identifier, and an indication to relay the initial message over a first signaling radio bearer, SRB, to a control node (505, 605, 705, 805 of the network wherein the mobile subscriber identifier is temporary mobile subscriber identity, TMSI, receiving, by the UE (515, 615, 715, 815) from the relay node (510, 610, 710, 810), a setup message to establish a connection between the control node (505, 605, 705, 805) and the UE (515, 615, 715, 815), and an indication that the setup message is associated with the first SRB and transmitting, by the UE (515, 615, 715, 815) to the relay node (510, 610, 710, 810), a setup complete message on a second signaling radio bearer, SRB. receiving, by the UE (515, 615, 715, 815) from a network, a mobile subscriber identifier for the UE (515, 615, 715, 815), the mobile subscriber identifier being exclusively assigned to the UE (515, 615, 715, 815) within a wireless tracking area of the network; and transmitting, by the UE (515, 615, 715, 815) to a relay node (510, 610, 710, 810), an initial message of an access procedure for accessing a user data service of the network without assignment of a Medium Access Control, MAC, identity, wherein the initial message comprises a request to connect to the network, and wherein the initial message includes the mobile subscriber identifier, and an indication to relay the initial message over a first signaling radio bearer, SRB, to a control node (505, 605, 705, 805 of the network wherein the mobile subscriber identifier is temporary mobile subscriber identity, TMSI, receiving, by the UE (515, 615, 715, 815) from the relay node (510, 610, 710, 810), a setup message to establish a connection between the control node (505, 605, 705, 805) and the UE (515, 615, 715, 815), and an indication that the setup message is associated with the first SRB and transmitting, by the UE (515, 615, 715, 815) to the relay node (510, 610, 710, 810), a setup complete message on a second signaling radio bearer, SRB.
A process for the preparation of an ice cream cone sleeve with a rounded tip comprising the steps of. a) providing a forming element having the shape of a round tipped ice cream cone with a cone angle α, and also providing a forming cavity having an internal surface corresponding to the shape of the forming element, b) placing a cone sleeve having a cone angle α within the forming cavity, c) engaging the forming element within the cone sleeve, and d) forcing the forming element and the forming cavity together wherein the cone sleeve has a frustoconical shape and an open tip and wherein the end of the sleeve protrudes beyond the end of the forming element in step c). a) providing a forming element having the shape of a round tipped ice cream cone with a cone angle α, and also providing a forming cavity having an internal surface corresponding to the shape of the forming element, b) placing a cone sleeve having a cone angle α within the forming cavity, c) engaging the forming element within the cone sleeve, and d) forcing the forming element and the forming cavity together wherein the cone sleeve has a frustoconical shape and an open tip and wherein the end of the sleeve protrudes beyond the end of the forming element in step c).
Turbomachine with an impeller, which is mounted rotatably about an axis of rotation, and a diffuser, which has a plurality of diffuser blades, wherein at least one of the diffuser blades is arranged at a first distance from the axis of rotation, and at least one other of the diffuser blades is arranged at a second distance from the axis of rotation, wherein a predetermined number of the diffuser blades is arranged at the first distance from the axis of rotation, the same number of the diffuser blades is arranged at the second distance from the axis of rotation, and the diffuser blades are arranged in the circumferential direction of the diffuser blade arrangement in an alternating manner at the first distance or the second distance from the axis of rotation, wherein the second distance is at least 10% greater than the first distance, characterized in that all of the diffuser blades are identical.