mhurhangee/patent-ind-claim-en huggingface dataset:
Greenhouse comprising wall and ceiling regions which at least partially enclose an interior that extends along a longitudinal axis, wherein a receiving region for receiving sunlight is formed in the ceiling region and extends in the direction of the longitudinal axis, space for plants is provided in the interior at least on one side of the longitudinal axis, a guide region for introducing the sunlight into the interior adjoins the receiving region towards the interior , wherein a reflective light-deflecting device extends in the interior substantially in the direction of the longitudinal axis, the light-deflecting device comprises light-reflecting sub-regions , and the surface normals to the surfaces of said sub-regions are oriented in predefined directions such that light entering through the guide region is at least partially reflected by sub-regions such that it is directed away from the light-deflecting device , transversely with respect to the longitudinal axis, towards the at least one space for plants that is provided in the interior , characterized in that the light-deflecting device comprises two deflecting surfaces which face away from one another and which extend over most of the height of the greenhouse , said deflecting surfaces being located close to one another at the upper ends thereof facing towards the receiving region and the guide region and being at an increasing distance from one another towards the bottom, wherein the deflecting surfaces comprise, alternating in intersections with vertical transverse planes extending perpendicular to the longitudinal axis, sub-regions having lines of intersection in a first and a second orientation, and sub-regions having the first orientation reflect light coming from above towards the space for plants and sub-regions having the second orientation reflect light coming from below towards the space for plants.
Method for testing a radiocommunication device of a gateway to be tested from a pool of gateways, each gateway from the gateway pool being connected to a management system of said gateway pool, characterized in that it includes the following steps: - a step (E10) of transmission, implemented by said gateway to be tested, of a control message to said management system , - a step (E11) of activation, implemented by said management system on receiving said control message, of at least one radiocommunication device of an adjacent gateway from said pool that is estimated to be at a geographical distance from said gateway to be tested shorter than a predetermined distance, if such a gateway exists, and - a step (E1) of sending, by said radiocommunication device of said gateway to be tested, of a response request message requesting a response in the form of a response message from any radiocommunication device of an adjacent gateway from said pool that has received said message, - a step (E2) of reception of any response message, if applicable, and - a diagnosis step (E3) diagnosing correct operation of said radiocommunication device of the gateway to be tested if at least one response message is received. - a step (E10) of transmission, implemented by said gateway to be tested, of a control message to said management system , - a step (E11) of activation, implemented by said management system on receiving said control message, of at least one radiocommunication device of an adjacent gateway from said pool that is estimated to be at a geographical distance from said gateway to be tested shorter than a predetermined distance, if such a gateway exists, and - a step (E1) of sending, by said radiocommunication device of said gateway to be tested, of a response request message requesting a response in the form of a response message from any radiocommunication device of an adjacent gateway from said pool that has received said message, - a step (E2) of reception of any response message, if applicable, and - a diagnosis step (E3) diagnosing correct operation of said radiocommunication device of the gateway to be tested if at least one response message is received.
A method for operating a cellular multiple-input and multiple-output, MIMO, system, the cellular MIMO system comprising a first device having at least two antenna arrays , each antenna array of the at least two antenna arrays comprising a plurality of antennas , and a second device comprising at least two antennas , the method comprising: - broadcasting a same uplink pilot signal from each antenna of the at least two antennas of the second device using a single pilot signal resource, - receiving uplink signals from the second device at each antenna array of the at least two antenna arrays of the first device , - determining, at the first device , first device transmission parameters for each antenna array of the at least two antenna arrays depending on the received uplink signals, - sending downlink pilot signals via each antenna array of the at least two antenna arrays of the first device using the determined first device transmission parameters, - receiving the downlink pilot signals at each antenna of the at least two antennas of the second device , - determining, at the second device , second device receiving parameters for each antenna of the at least two antennas depending on the received downlink pilot signals, - determining, at the second device , second device transmission parameters for each antenna of the at least two antennas depending on the received downlink pilot signals, and - sending uplink pilot signals via each antenna of the at least two antennas of the second device using the determined second device transmission parameters. - broadcasting a same uplink pilot signal from each antenna of the at least two antennas of the second device using a single pilot signal resource, - receiving uplink signals from the second device at each antenna array of the at least two antenna arrays of the first device , - determining, at the first device , first device transmission parameters for each antenna array of the at least two antenna arrays depending on the received uplink signals, - sending downlink pilot signals via each antenna array of the at least two antenna arrays of the first device using the determined first device transmission parameters, - receiving the downlink pilot signals at each antenna of the at least two antennas of the second device , - determining, at the second device , second device receiving parameters for each antenna of the at least two antennas depending on the received downlink pilot signals, - determining, at the second device , second device transmission parameters for each antenna of the at least two antennas depending on the received downlink pilot signals, and - sending uplink pilot signals via each antenna of the at least two antennas of the second device using the determined second device transmission parameters.
A powder coating composition for low temperature curing comprising: a. a poly-acid functional polyester component A, b. a poly-epoxy functional component B, c. a poly-anhydride functional component C; d. a curing catalyst D - wherein component A has an acid number AV of 20 to 50 mg KOH/g and a hydroxyl number OHV of less than 15 mg KOH/g, wherein the acid number and the hydroxyl number are measured as indicated in the specification. a. a poly-acid functional polyester component A, b. a poly-epoxy functional component B, c. a poly-anhydride functional component C; d. a curing catalyst D - wherein component A has an acid number AV of 20 to 50 mg KOH/g and a hydroxyl number OHV of less than 15 mg KOH/g, wherein the acid number and the hydroxyl number are measured as indicated in the specification. - wherein component A has an acid number AV of 20 to 50 mg KOH/g and a hydroxyl number OHV of less than 15 mg KOH/g, wherein the acid number and the hydroxyl number are measured as indicated in the specification.
A method for producing flexible tube bodies for packaging tubes from a film substrate preferably having a print on an outer side and having or consisting of at least one weldable plastic layer and comprising a first longitudinal edge side extending in a longitudinal direction and a second longitudinal edge side parallel thereto and spaced apart therefrom, the film substrate being deformed into a tube shape by means of deforming means and the two longitudinal edge sides being in particular welded to one another, a longitudinal weld seam being formed in the process, a strip being arranged in the area of the joint and/or of the longitudinal weld seam inside the film substrate deformed into the tube shape and being connected, in particular welded, to the longitudinal edge sides at least in some areas or sections, characterized in that , prior to the formation of the longitudinal weld seam, at least one longitudinal edge side is reshaped, in particular cut, in such a manner that the longitudinal edge sides of the film substrate deformed into the tube shape contact one another, in particular edge to edge, radially only in the area of the outer side via at least one tip formed by the reshaping.
Fastening element as an attachment point of a push-pull prop on a positionable formwork wall of a formwork system of positionable formwork wall, closing formwork wall and the push-pull prop for producing a building structure from cast-in-place concrete, wherein the fastening element comprises the following: a) a mounting part that may be mounted in a reversible and detachable manner on the upper side of the positionable formwork wall of the formwork system and that comprises an elongated hole in which a first bolt may be inserted; b) an angular element having i. a first limb that is arranged on or embodied on the mounting part and on which the first bolt is arranged with the result that the angular element may displace in a limited manner in the direction of the longitudinal axis of the mounting part and may pivot in a limited manner about an axis of the first bolt ; ii. a second limb that is arranged or embodied at an angle with respect to the first limb ; wherein the push-pull prop of the formwork system may be arranged or is arranged on the end of the second limb , which projects freely to the push-pull prop with the result that the push-pull prop may brace the positionable formwork wall and namely while forming an arch of positionable formwork wall, fastening element and push-pull prop over the closing formwork wall without directly connecting the closing formwork wall to the fastening element. a) a mounting part that may be mounted in a reversible and detachable manner on the upper side of the positionable formwork wall of the formwork system and that comprises an elongated hole in which a first bolt may be inserted; b) an angular element having i. a first limb that is arranged on or embodied on the mounting part and on which the first bolt is arranged with the result that the angular element may displace in a limited manner in the direction of the longitudinal axis of the mounting part and may pivot in a limited manner about an axis of the first bolt ; ii. a second limb that is arranged or embodied at an angle with respect to the first limb ; wherein the push-pull prop of the formwork system may be arranged or is arranged on the end of the second limb , which projects freely to the push-pull prop with the result that the push-pull prop may brace the positionable formwork wall and namely while forming an arch of positionable formwork wall, fastening element and push-pull prop over the closing formwork wall without directly connecting the closing formwork wall to the fastening element. i. a first limb that is arranged on or embodied on the mounting part and on which the first bolt is arranged with the result that the angular element may displace in a limited manner in the direction of the longitudinal axis of the mounting part and may pivot in a limited manner about an axis of the first bolt ; ii. a second limb that is arranged or embodied at an angle with respect to the first limb ;
A method for estimation of background noise in an audio signal segment comprising plurality of sub-bands, the method comprising: calculating a noise estimate for a sub-band and updating a current noise estimate for the sub-band with the calculated noise estimate if the calculated value is lower than the current value; and when the difference between an energy of the audio signal segment and a long-term minimum energy is below a threshold value (202:2), but no pause is detected (204:1) in the audio signal segment by a combination of different pause detectors: - determining if the audio signal segment comprises music; and - if the audio signal segment is determined (203:2) to comprise music, reducing the current noise estimate of each sub-band where the current noise estimate exceeds a minimum value (205:1). calculating a noise estimate for a sub-band and updating a current noise estimate for the sub-band with the calculated noise estimate if the calculated value is lower than the current value; and when the difference between an energy of the audio signal segment and a long-term minimum energy is below a threshold value (202:2), but no pause is detected (204:1) in the audio signal segment by a combination of different pause detectors: - determining if the audio signal segment comprises music; and - if the audio signal segment is determined (203:2) to comprise music, reducing the current noise estimate of each sub-band where the current noise estimate exceeds a minimum value (205:1). - determining if the audio signal segment comprises music; and - if the audio signal segment is determined (203:2) to comprise music, reducing the current noise estimate of each sub-band where the current noise estimate exceeds a minimum value (205:1).
A device for the simultaneous distribution of a plurality of agents to a plurality of spatially defined locations in a selected region of a solid tumor in an axis of delivery, said device comprising: a plurality of needles arranged in an array and configured to deliver the plurality of agents separately to said defined locations in the solid tumor such that when delivered the agents are in approximately column-shaped regions coaxial with respect to the axis of delivery; and a plurality of reservoirs, each in fluid communication with a respective one of said plurality of needles, wherein each reservoir can comprise a different agent. a plurality of needles arranged in an array and configured to deliver the plurality of agents separately to said defined locations in the solid tumor such that when delivered the agents are in approximately column-shaped regions coaxial with respect to the axis of delivery; and a plurality of reservoirs, each in fluid communication with a respective one of said plurality of needles, wherein each reservoir can comprise a different agent.
An apparatus , comprising: a display ; a catheter configured to contact the surface of a heart of a patient at multiple points and measure respective electro-cardiac signals at the respective multiple points, the catheter comprising position sensors in a distal tip of the catheter, one or more magnetic field generators configured to induce signals in the position sensors, an electro-anatomical mapping navigation unit for tracking the position of the catheter based on the signals induced in the position sensors, the electro-anatomical mapping navigation unit configured to connect to the catheter, an interface , which is configured to receive a digitized three-dimensional image of the heart as well as measured electro-cardiac signals and positions of the catheter that are measured while the catheter touches the points, the interface also configured to receive user input indicative of a spectral slice selected from a frequency band; and a processor , which is configured to calculate respective levels of the electro-cardiac signals within the selected spectral slice, to correlate the calculated levels to the multiple points on the image, and to display the map of the correlated calculated levels and the image on the display . a display ; a catheter configured to contact the surface of a heart of a patient at multiple points and measure respective electro-cardiac signals at the respective multiple points, the catheter comprising position sensors in a distal tip of the catheter, one or more magnetic field generators configured to induce signals in the position sensors, an electro-anatomical mapping navigation unit for tracking the position of the catheter based on the signals induced in the position sensors, the electro-anatomical mapping navigation unit configured to connect to the catheter, an interface , which is configured to receive a digitized three-dimensional image of the heart as well as measured electro-cardiac signals and positions of the catheter that are measured while the catheter touches the points, the interface also configured to receive user input indicative of a spectral slice selected from a frequency band; and a processor , which is configured to calculate respective levels of the electro-cardiac signals within the selected spectral slice, to correlate the calculated levels to the multiple points on the image, and to display the map of the correlated calculated levels and the image on the display .
A method for reducing stress concentration on a rotor sleeve during balance cutting comprising: providing a rotor assembly , wherein the rotor assembly comprises: a rotor core , wherein the rotor core is constructed and arranged to accommodate a shaft ; a first end cap and a second end cap which extend radially outward from the rotor core and which are spaced laterally from one another and define an annular cavity ; at least one magnet constructed and arranged to fit within the annular cavity ; a sleeve placed onto the first end cap and the second end cap and constructed and arranged to compress the at least one magnet ; providing a first axial protrusion to an outer diameter of the first end cap and a second axial protrusion to an outer diameter of the second end cap of the rotor assembly ; the method further comprising: providing a first gap between a radially inner surface of the rotor sleeve and a radially outer surface of the first axial protrusion and a second gap between the radially inner surface of the rotor sleeve and a radially outer surface of the second axial protrusion ; and radially cutting at least one of the sleeve or the first axial protrusion , or the second axial protrusion to balance the rotor assembly. providing a rotor assembly , wherein the rotor assembly comprises: a rotor core , wherein the rotor core is constructed and arranged to accommodate a shaft ; a first end cap and a second end cap which extend radially outward from the rotor core and which are spaced laterally from one another and define an annular cavity ; at least one magnet constructed and arranged to fit within the annular cavity ; a sleeve placed onto the first end cap and the second end cap and constructed and arranged to compress the at least one magnet ; providing a first axial protrusion to an outer diameter of the first end cap and a second axial protrusion to an outer diameter of the second end cap of the rotor assembly ; the method further comprising: a rotor core , wherein the rotor core is constructed and arranged to accommodate a shaft ; a first end cap and a second end cap which extend radially outward from the rotor core and which are spaced laterally from one another and define an annular cavity ; at least one magnet constructed and arranged to fit within the annular cavity ; a sleeve placed onto the first end cap and the second end cap and constructed and arranged to compress the at least one magnet ; providing a first axial protrusion to an outer diameter of the first end cap and a second axial protrusion to an outer diameter of the second end cap of the rotor assembly ; the method further comprising: providing a first gap between a radially inner surface of the rotor sleeve and a radially outer surface of the first axial protrusion and a second gap between the radially inner surface of the rotor sleeve and a radially outer surface of the second axial protrusion ; and radially cutting at least one of the sleeve or the first axial protrusion , or the second axial protrusion to balance the rotor assembly.
A method for screening and/or monitoring a patient for a myeloproliferative neoplasm (MPN), the method comprising comprising: extracting cell-free DNA from peripheral blood plasma or serum from the patient; performing fragment length analysis of human calreticulin gene (CALR) in the extracted cell-free DNA, wherein the fragment length analysis comprises amplifying a fragment of CALR by PCR, and optionally further performing a bidirectional sequencing; and determining tumor load and biallelic mutation in human calreticulin gene (CALR). extracting cell-free DNA from peripheral blood plasma or serum from the patient; performing fragment length analysis of human calreticulin gene (CALR) in the extracted cell-free DNA, wherein the fragment length analysis comprises amplifying a fragment of CALR by PCR, and optionally further performing a bidirectional sequencing; and determining tumor load and biallelic mutation in human calreticulin gene (CALR).
A method for performing video communication in a mobile terminal, the method comprising: transmitting image data captured by a second camera of the mobile terminal to a server during video communication with another mobile terminal using a first camera of the mobile terminal; receiving image data associated with the captured image data from the server , creating, at the mobile terminal , a panoramic image by using the captured image data and the associated image data during the video communication; and transmitting the created panoramic image to the another mobile terminal which is performing the video communication. transmitting image data captured by a second camera of the mobile terminal to a server during video communication with another mobile terminal using a first camera of the mobile terminal; receiving image data associated with the captured image data from the server , creating, at the mobile terminal , a panoramic image by using the captured image data and the associated image data during the video communication; and transmitting the created panoramic image to the another mobile terminal which is performing the video communication.
A snowplough blade for being elastically fastened to the lower section of a plough wing , comprising a wiper section arranged to be able to slide along with the movements of the blade on the surface of the lower section of the plough wing , the wiper section being optionally provided as a separate section connected to the rest of the blade , characterised in that the snowplough blade is provided with elastic sections , which are formed by chamfering of the rear surface of the snowplough blade , when seen in a ploughing direction of the blade , such that the blade is formed as a continuous elastic blade construction, wherein the sections of the blade located between the elastic sections form blade elements, which are more rigid than the elastic sections , and which are able, in use, to be controlled and spring biased to their working position.
Component (10; 10a; 10b) for electrically contacting at least one functional element (20; 20a) on a textile or similar, having at least one electrical component and/or a main body receiving a functional element (20; 20a), and having connector elements for electrically contacting electrically conductive regions of the textile or similar, wherein the connector elements , when connecting the main body to the textile or similar, are designed to form an electrical connection to the electrically conductive regions of the textile or similar by way of a force-fitting and/or form-fitting connection, and wherein the main body has passage openings for guiding the connector elements , wherein the connector elements optionally protrude from the passage openings on a lower side of the main body , characterized in that the connector elements have at least one element (33; 36, 37) which is designed to generate an elastic preloading force in the direction of the electrically conductive regions of the textile or similar.