mhurhangee/patent-ind-claim-en huggingface dataset:
Impact mill for grinding loose material, comprising: - a first body defining a grinding chamber inside which is housed at least one main rotor moveable in rotation around a first axis (X); - a second body defining an inlet chamber of the material to be ground communicating with said grinding chamber and inside which is housed at least one secondary rotor moveable in rotation around a second axis (Y), said secondary rotor being adapted to send the material to be ground inside said grinding chamber ; - said inlet chamber and said grinding chamber being delimited by at least two side walls arranged substantially transversely to said first and second axis (X, Y) respectively, and by at least one connecting wall interposed between the respective side walls to surround at least partly the relevant rotor , said first and second axis (X, Y) being arranged substantially horizontal and parallel to each other; wherein said inlet chamber is arranged laterally to said grinding chamber and they communicate to each other by means of a connecting opening defined on the respective connecting walls ; characterized in that said connecting opening is arranged at the lower portion of said inlet chamber, so that the material sent from said secondary rotor is directed from the bottom of said inlet chamber towards said grinding chamber and wherein the connecting wall of said inlet chamber has at least one adjustable portion moveable in rotation, during use, around an axis of adjustment (Z) to vary the inlet direction of the material to be ground inside said grinding chamber . - a first body defining a grinding chamber inside which is housed at least one main rotor moveable in rotation around a first axis (X); - a second body defining an inlet chamber of the material to be ground communicating with said grinding chamber and inside which is housed at least one secondary rotor moveable in rotation around a second axis (Y), said secondary rotor being adapted to send the material to be ground inside said grinding chamber ; - said inlet chamber and said grinding chamber being delimited by at least two side walls arranged substantially transversely to said first and second axis (X, Y) respectively, and by at least one connecting wall interposed between the respective side walls to surround at least partly the relevant rotor , said first and second axis (X, Y) being arranged substantially horizontal and parallel to each other;
A method for determining the state of at least one joint of a drill string of a drill rig , the drill rig comprising a percussion device comprising a percussive element for inducing shock waves into the drill string , and a sensor for sensing stress waves in the drill string caused by impacts of the percussive element , the method comprising, when a stress wave is induced into the drill string by the percussive element : determining a representation of the incident stress wave caused by the percussive element ; determining a representation of a reflected wave representing a reflection of the incident stress when reaching said at least one joint ; estimating a stiffness of the at least one joint , the stiffness being estimated by estimating a force exerted on the at least one joint by said incident wave and a displacement caused by said force, and generating a signal representing the state of said at least one joint based on said estimated stiffness. determining a representation of the incident stress wave caused by the percussive element ; determining a representation of a reflected wave representing a reflection of the incident stress when reaching said at least one joint ; estimating a stiffness of the at least one joint , the stiffness being estimated by estimating a force exerted on the at least one joint by said incident wave and a displacement caused by said force, and generating a signal representing the state of said at least one joint based on said estimated stiffness.
Soil-working apparatus for ultra-shallow soil working, comprising a frame which extends transversely to the direction of travel (F) in the work position and which has at least two work segments (6a - d), a work segment (6a - d) being formed by a sequence of at least two work tools on which the soil-working apparatus is supported, preferably exclusively, during work, at least one work tool being in the form of a leading tool (12a - d) for loosening the soil and/or cutting crop residues and at least one work tool being in the form of a trailing tool (14a - d) following the leading tool (12a - d) in the direction of travel (F) for recompacting the soil and/or leveling the crop residues, characterized in that the leading tool (12a - d) and the trailing tool (14a - d) have a rotating, rolling or harrowing mode of operation, transverse to the direction of travel (F), and therefore ensure ultra-shallow soil cultivation, the soil-working apparatus having at least one tensioning device for adjustable distribution of the weight of the soil-working apparatus between the leading tool (12a - d) and the trailing tool (14a - d).
A laundry treating apparatus comprising: a tub ; a drum rotatably disposed within the tub for accommodating a laundry therein; an induction heater disposed on the tub and configured to heat an outer circumferential face of the drum , and operated in a temporal region in which the drum rotates; a driver to rotate the drum ; and a controller configured to control an operation of the induction heater to dry the laundry, wherein the controller is configured to: control revolution per minute, RPM, of the drum to perform at least two drum motions having at least two different target RPMs respectively when drying the laundry and characterized in that the controller is furthermore configured to control the drum such that the drum stops for a time duration between temporally-adjacent drum motions having different target RPMs respectively. a tub ; a drum rotatably disposed within the tub for accommodating a laundry therein; an induction heater disposed on the tub and configured to heat an outer circumferential face of the drum , and operated in a temporal region in which the drum rotates; a driver to rotate the drum ; and a controller configured to control an operation of the induction heater to dry the laundry, wherein the controller is configured to: control revolution per minute, RPM, of the drum to perform at least two drum motions having at least two different target RPMs respectively when drying the laundry and characterized in that the controller is furthermore configured to control the drum such that the drum stops for a time duration between temporally-adjacent drum motions having different target RPMs respectively. control revolution per minute, RPM, of the drum to perform at least two drum motions having at least two different target RPMs respectively when drying the laundry and characterized in that the controller is furthermore configured to control the drum such that the drum stops for a time duration between temporally-adjacent drum motions having different target RPMs respectively.
A cable jacket composition comprising a multimodal olefin copolymer, wherein the multimodal olefin copolymer has density of 0.935-0.960 g/cm 3 measured according to ISO 1183-1:2004 on compression molded specimen prepared according to EN ISO 1872-2; MFR 2 of 2.2-10.0 g/10 min measured according to ISO 1133-1 at 190°C, and a molecular weight distribution of 7 to 12, determined by gel permeation chromatography according to ISO 16014-1:2003, ISO 16014-2:2003, ISO 16014-4:2003 and ASTM D 6474-12, and the composition has ESCR of at least 2000 hours measured according to IEC 60811-406, method B and cable shrinkage of 0.70% or lower measured as disclosed in the specification.
A method of detecting defects in a printing system , the method comprising the steps of: sensing a surface geometry of a sheet (S) to be printed on a transport path (P) of the sheet in the printing system to generate data (I) representative of that surface geometry; processing the generated data (I) by a processor device to detect and classify deformations (D) in the surface geometry of the sheet (S); determining the suitability for printing of the sheet (S) by comparing the data (I) of the sheet (S) to a reference; and characterized in that the processing step includes selecting the reference depending on at least one of the following: - whether the sheet (S) is on a simplex pass or a duplex pass of the transport path (P); - an operating mode of the printing system ; - a position of a detected deformation (D) on the sheet (S); - a shape or type of a detected deformation (D); and - a material of the sheet (S) to be printed, such that a unique simplex and duplex reference is set for each material. sensing a surface geometry of a sheet (S) to be printed on a transport path (P) of the sheet in the printing system to generate data (I) representative of that surface geometry; processing the generated data (I) by a processor device to detect and classify deformations (D) in the surface geometry of the sheet (S); determining the suitability for printing of the sheet (S) by comparing the data (I) of the sheet (S) to a reference; and characterized in that the processing step includes selecting the reference depending on at least one of the following: - whether the sheet (S) is on a simplex pass or a duplex pass of the transport path (P); - an operating mode of the printing system ; - a position of a detected deformation (D) on the sheet (S); - a shape or type of a detected deformation (D); and - a material of the sheet (S) to be printed, such that a unique simplex and duplex reference is set for each material. - whether the sheet (S) is on a simplex pass or a duplex pass of the transport path (P); - an operating mode of the printing system ; - a position of a detected deformation (D) on the sheet (S); - a shape or type of a detected deformation (D); and - a material of the sheet (S) to be printed, such that a unique simplex and duplex reference is set for each material.
Cassette of at least one fibrous reinforcement wound into the form of at least one roll (B) of fabric (T) in order to carry out laying up for the manufacture of a dry preform, comprising: - a receiving structure adapted to receive said at least one roll (B) and enabling it to be unwound, - a connecting system for removably fixing the cassette to a laying head part itself adapted to be connected to a laying up robot . - a receiving structure adapted to receive said at least one roll (B) and enabling it to be unwound, - a connecting system for removably fixing the cassette to a laying head part itself adapted to be connected to a laying up robot .
Alive broadcasting method, comprising: displaying a first button corresponding to public live broadcasting on an interface of a personal account of an anchor, wherein the anchor is logged in with the personal account to a live broadcasting application running on a device; characterized by obtaining a public account associated with the personal account logging in to the live broadcasting application, when detecting a a trigger operation on the first button, wherein the live broadcasting method further comprises establishing an association relationship between the personal account and the public account by scanning by a camera of the device a two-dimensional code of a public account; and sending a live video streaming to respective audience sides corresponding to the public account without signing out of the personal account and logging in the public account. displaying a first button corresponding to public live broadcasting on an interface of a personal account of an anchor, wherein the anchor is logged in with the personal account to a live broadcasting application running on a device; characterized by obtaining a public account associated with the personal account logging in to the live broadcasting application, when detecting a a trigger operation on the first button, wherein the live broadcasting method further comprises establishing an association relationship between the personal account and the public account by scanning by a camera of the device a two-dimensional code of a public account; and sending a live video streaming to respective audience sides corresponding to the public account without signing out of the personal account and logging in the public account.
A magnetic sensor comprising: first and second magnetic layers opposed to each other through a first magnetic gap (G1); a third magnetic layer opposed to the first magnetic layer through a second magnetic gap (G2); a first magneto-sensitive element (R1) disposed on a magnetic path formed by the first magnetic gap (G1); a second magneto-sensitive element (R2) disposed on a magnetic path formed by the second magnetic gap (G2); an external magnetic member that collects external magnetic flux to be measured in the first magnetic layer ; and a compensation coil for canceling magnetic flux to be applied to the first and second magneto-sensitive elements (R1, R2), characterized in that the first magnetic layer is disposed at a position overlapping an inner diameter area of the compensation coil in a plan view, the second and third magnetic layers are disposed at a position overlapping an outside area of the compensation coil in a plan view, the first to third magnetic layers , the first and second magneto-sensitive elements (R1, R2), and the compensation coil are all provided on a sensor substrate , the first and second magneto-sensitive elements (R1, R2) are formed between the compensation coil and the first to third magnetic layers in a lamination direction on the sensor substrate , and each of the first and second magneto-sensitive elements (R1, R2) overlaps the compensation coil in a plan view. first and second magnetic layers opposed to each other through a first magnetic gap (G1); a third magnetic layer opposed to the first magnetic layer through a second magnetic gap (G2); a first magneto-sensitive element (R1) disposed on a magnetic path formed by the first magnetic gap (G1); a second magneto-sensitive element (R2) disposed on a magnetic path formed by the second magnetic gap (G2); an external magnetic member that collects external magnetic flux to be measured in the first magnetic layer ; and a compensation coil for canceling magnetic flux to be applied to the first and second magneto-sensitive elements (R1, R2), characterized in that the first magnetic layer is disposed at a position overlapping an inner diameter area of the compensation coil in a plan view, the second and third magnetic layers are disposed at a position overlapping an outside area of the compensation coil in a plan view, the first to third magnetic layers , the first and second magneto-sensitive elements (R1, R2), and the compensation coil are all provided on a sensor substrate , the first and second magneto-sensitive elements (R1, R2) are formed between the compensation coil and the first to third magnetic layers in a lamination direction on the sensor substrate , and each of the first and second magneto-sensitive elements (R1, R2) overlaps the compensation coil in a plan view.
Apparatus, comprising: a signal generator , configured to supply a signal having both a first dominant frequency and a second dominant frequency; and an electric circuit , comprising a reactive component, configured to generate, upon the signal being supplied to the electric circuit, a magnetic field having both the first dominant frequency and the second dominant frequency, by virtue of the reactive component simultaneously resonating at both the first dominant frequency and the second dominant frequency; at least one first sensor , configured to generate a first signal in response to sensing the magnetic field at the first dominant frequency; at least one second sensor , configured to generate a second signal in response to sensing the magnetic field at the second dominant frequency; and wherein the apparatus is configured, in response to the first signal and the second signal, to ascertain respective locations at the first sensor and the second sensor. a signal generator , configured to supply a signal having both a first dominant frequency and a second dominant frequency; and an electric circuit , comprising a reactive component, configured to generate, upon the signal being supplied to the electric circuit, a magnetic field having both the first dominant frequency and the second dominant frequency, by virtue of the reactive component simultaneously resonating at both the first dominant frequency and the second dominant frequency; at least one first sensor , configured to generate a first signal in response to sensing the magnetic field at the first dominant frequency; at least one second sensor , configured to generate a second signal in response to sensing the magnetic field at the second dominant frequency; and wherein the apparatus is configured, in response to the first signal and the second signal, to ascertain respective locations at the first sensor and the second sensor.
A burning stove or fireplace comprising a combustion chamber and at least one damper , said burning stove or fireplace comprising a device for controlling the supply of combustion air to said combustion chamber for solid fuel, wherein said device is connected to said damper to control the supply of combustion air to said combustion chamber , said device comprising a housing comprising a chamber and having a first end (E1) and a second end E2), a piston arrangement being movable arranged inside said chamber between a first position (P1) and a second position (P2), said piston arrangement comprising gasket means , adjustable valve means for providing a fluid communication between said chamber and the exterior of said chamber , characterized in that said adjustable valve means being configured for providing a flow of a gas to said chamber , and said device further comprising elastic force inducing means , wherein said piston arrangement is configured for being moved towards the first end (E1) of said housing to said first position (P1), thereby forcing gas inside said chamber out of the chamber through an outlet , wherein said elastic force inducing means are connected to said piston arrangement and are configured for forcing said piston arrangement from said first position (P1) towards said second position (P2), wherein said adjustable valve means are configured for providing gas to said chamber during said movement of the piston arrangement from said first position (P1) towards the second position (P2), and wherein said elastic force inducing means are arranged exterior to said chamber .
An ethylene-based polymer characterized as having a density from 0.923 to 0.94 grams per cubic centimeter determined as defined in the description, a molecular weight distribution (Mw/Mn) from 4 to 6 determined as defined in the description, a melt index (I 2 ) from 0.05 to less than 0.5 grams per 10 minutes, measured in accordance with ASTM D 1238, condition 190°C/2.16 kg, a gpcBR value greater than 0.05 as determined by a gpcBR Branching Index, measured by 3D-GPC, and a GPC- LS characterization Y value of 0.4 to 10, wherein the GPC-LS characterization Y value is determined according to the following formula: Y = Abs A / B / Abs x + 0.05 wherein A is the area between (a) a straight line between a first intercept point and a second intercept point at the two logarithmic cc-GPC molecular weight values located on the concentration-normalized LS chromatogram curve, and (b) the concentration-normalized LS chromatogram curve between the two logarithmic cc-GPC molecular weight values, and wherein B is the area under the concentration-normalized LS chromatogram curve between the two logarithmic cc-GPC molecular weight values; and wherein x is determined according to the following formula: x = LSresponse P o int 2 , CN − LSresponse P o int 1 , CN LSresponse P o int 2 , CN log MW P o int 2 , ccGPC − log MW P o int 1 , ccGPC wherein LSresponse (Point 2,CN) is the concentration-normalized (CN) LS response value for Intercept 2, corresponding to logarithmic cc-GPC molecular weight value of 6.0607, LSresponse (Point 1,CN) is the concentration-normalized (CN) LS response value for Intercept 1, corresponding to the logarithmic cc-GPC molecular weight value of 5.3010, and log MW (Point 2,ccGPC) is the logarithmic cc-GPC molecular weight for Intercept 2, corresponding to the logarithmic cc-GPC molecular weight value 6.0607, log MW (Point 1 ccGPC) is the logarithmic cc-GPC molecular weight for Intercept 1 corresponding to the logarithmic cc-GPC molecular weight value of 5.3010; and wherein Abs() is the mathematical absolute value function.
Method of fixed wireless access to a cellular infrastructure supporting virtual data session functionality, wherein a virtual data session is an aggregation of at least two data sessions set up between at least two fixed wireless access devices forming a fixed wireless access domain in the cellular infrastructure and at least one data plane device providing interconnection functionality between the cellular infrastructure and an external data network , the method for fixed wireless access comprising: a command receiving operation (S50) for receiving a virtual session command to join a virtual data session; a data session initiation operation (S52) for initiating at least one data session for exchange of payload data of the virtual data session to/from the fixed wireless access device; a relay operation (S52) for relaying payload data of the virtual data session to/from at least one neighbouring fixed wireless access device () in the fixed wireless access domain and for load sharing within the fixed wireless access domain; and a virtual data session control operation (S54) for controlling the load sharing between at least one data session of the virtual data session and the relay unit according to predetermined criteria. a command receiving operation (S50) for receiving a virtual session command to join a virtual data session; a data session initiation operation (S52) for initiating at least one data session for exchange of payload data of the virtual data session to/from the fixed wireless access device; a relay operation (S52) for relaying payload data of the virtual data session to/from at least one neighbouring fixed wireless access device () in the fixed wireless access domain and for load sharing within the fixed wireless access domain; and a virtual data session control operation (S54) for controlling the load sharing between at least one data session of the virtual data session and the relay unit according to predetermined criteria.