mhurhangee/patent-ind-claim-en huggingface dataset:
Use of the compounds (A) corresponding to formula wherein R 1 represents C 6 -C 11 alkyl; R 2 and R 3 together with the linking nitrogen atom form a morpholine ring, which may be substituted by one or more C 1 -C 4 alkyl; as solubilizing agent for organic UV filters (B) selected from (B1) benzophenone derivatives, (B2) hydroxyphenyl triazine derivatives; and (B3) trianilino-s-triazine derivatives. R 1 represents C 6 -C 11 alkyl; R 2 and R 3 together with the linking nitrogen atom form a morpholine ring, which may be substituted by one or more C 1 -C 4 alkyl; (B1) benzophenone derivatives, (B2) hydroxyphenyl triazine derivatives; and (B3) trianilino-s-triazine derivatives.
A probing device for electrical testing of an integrated circuit, the IC to be tested comprising an array of contact structures , the probing device comprising : • a semiconductor substrate comprising a plurality of input/output (I/O) terminals and an integrated circuit (IC) portion comprising an array of contact pads on a surface of the substrate, • a contactor attached to the IC portion of the substrate, the contactor comprising an attachment surface and a contact surface , and an array of conductive probes extending between the two surfaces, the array of probes being in physical and electrical contact with the array of contact pads , and wherein the contact surface of the contactor is configured to be placed on the IC to be tested by establishing a physical and electrical contact between the contact structures on the IC to be tested and a number of the probes , wherein the IC portion of the substrate comprises circuitry for selecting individual probes and establishing a connection between a selected probe and one or more I/O terminals . • a semiconductor substrate comprising a plurality of input/output (I/O) terminals and an integrated circuit (IC) portion comprising an array of contact pads on a surface of the substrate, • a contactor attached to the IC portion of the substrate, the contactor comprising an attachment surface and a contact surface , and an array of conductive probes extending between the two surfaces, the array of probes being in physical and electrical contact with the array of contact pads , and wherein the contact surface of the contactor is configured to be placed on the IC to be tested by establishing a physical and electrical contact between the contact structures on the IC to be tested and a number of the probes ,
Sacubitril and valsartan in a 1:1 molar ratio for use in the treatment of heart failure in a human patient, wherein sacubitril and valsartan are to be administered at a twice-daily target dose of 200 mg of sacubitril and valsartan in a 1:1 molar ratio and which target dose is reached after a titration with a twice daily starting dose of 50 mg of sacubitril and valsartan in a 1:1 molar ratio for from 2 weeks to 4 weeks, followed by a twice daily dose of 100 mg of sacubitril and valsartan in a 1:1 molar ratio for from 3 weeks to 4 weeks, followed by the twice daily target dose of 200 mg of sacubitril and valsartan in a 1:1 molar ratio thereafter, and wherein (i) the patient is not taking an angiotensin-converting enzyme (ACE) inhibitor or an angiotensin II receptor blocker (ARB) before initiating the treatment with sacubitril and valsartan, or (ii) the patient is taking a low dose of an ACE inhibitor or ARB, which is equivalent to < 10 mg of enalapril per day, before initiating the treatment with sacubitril and valsartan. and wherein (i) the patient is not taking an angiotensin-converting enzyme (ACE) inhibitor or an angiotensin II receptor blocker (ARB) before initiating the treatment with sacubitril and valsartan, or (ii) the patient is taking a low dose of an ACE inhibitor or ARB, which is equivalent to < 10 mg of enalapril per day, before initiating the treatment with sacubitril and valsartan.
A display and imaging system comprising an image capturing device , a projector assembly and a passive screen , said image capturing device in optical communication with said passive screen and configured to capture at least one view being formed by said passive screen wherein said image capturing device is in optical communication with said passive screen in the manner that an imaging layer of said passive screen having a two-dimensional optical element array forms a plurality of views of a scene on one side thereof, said plurality of views of the scene being formed by a respective optical element of the imaging layer being captured by the image capturing device , said image capturing device simultaneously capturing said plurality of views of the scene as individually formed by an optical element in the optical element array, said imaging layer acting as an image forming medium of the scene and, the projector assembly is configurable to project images as projected images on the passive screen the passive screen having a display layer for effecting displaying of the projected images thereon in a manner that the passive screen simultaneously forms said plurality of views of the scene as formed by said imaging layer and displays the images as projected by the projector assembly , the display layer and the imaging layer of the passive screen are two superposed layers separately serving for the purpose of simultaneously displaying the projected images in optical communication with the projector assembly and forming multi-perspective views in optical communication with the image capturing device and, image formations originating from the imaging layer of the passive screen are eliminated either through polarization multiplexing by means of a further layer in the form of a blocking layer of the passive screen or through time-division multiplexing between the image capturing device and the projector assembly .
An air cleaner, comprising: a main body including an inlet and an outlet ; a blower fan provided inside of the main body , and configured to induce air from outside of the main body to be suctioned into the inlet and to be discharged to the outlet; a motor configured to drive the blower fan ; a fan guard to which the motor is fixed, and configured to guide air suctioned into the inlet to the blower fan , wherein: the fan guard includes a guide grill configured to guide air suctioned into the inlet to the blower fan and a motor installation portion in which the motor is installed, and the guide grill includes a plurality of bent cross sections that are arranged in a radial direction at different distances from the motor, the air cleaner characterised in that the plurality of bent cross sections comprises a first bent portion having a shape which protrudes away from the motor, a second bent portion having a shape which protrudes from the first bent portion towards the motor, and a third bent portion having a shape which protrudes from the second bent portion away from the motor. a main body including an inlet and an outlet ; a blower fan provided inside of the main body , and configured to induce air from outside of the main body to be suctioned into the inlet and to be discharged to the outlet; a motor configured to drive the blower fan ; a fan guard to which the motor is fixed, and configured to guide air suctioned into the inlet to the blower fan , wherein: the fan guard includes a guide grill configured to guide air suctioned into the inlet to the blower fan and a motor installation portion in which the motor is installed, and the guide grill includes a plurality of bent cross sections that are arranged in a radial direction at different distances from the motor, the air cleaner characterised in that the plurality of bent cross sections comprises a first bent portion having a shape which protrudes away from the motor, a second bent portion having a shape which protrudes from the first bent portion towards the motor, and a third bent portion having a shape which protrudes from the second bent portion away from the motor. the fan guard includes a guide grill configured to guide air suctioned into the inlet to the blower fan and a motor installation portion in which the motor is installed, and the guide grill includes a plurality of bent cross sections that are arranged in a radial direction at different distances from the motor, the air cleaner characterised in that the plurality of bent cross sections comprises a first bent portion having a shape which protrudes away from the motor, a second bent portion having a shape which protrudes from the first bent portion towards the motor, and a third bent portion having a shape which protrudes from the second bent portion away from the motor.
A method for processing a carbon-containing material to obtain a humus-containing product by exposing it to a mixture of bacteria consisting of the strains Acinetobacter calcoaceticus VKPM V-4883, Pseudomonas denitrificans VKPM V-4884, Pseudomonas sp. "longa" VKPM V-4885 in an amount of (6-8) 10 9 , (3-4) 10 9 and (2-3) 10 9 cells per 1 L of solution, respectively, in the presence of a phosphorus-containing additive, under aerobic conditions and while stirring, wherein the carbon-containing material is firstly ground to 0.5 mm in a wet mill while sapropel is simultaneously added in an amount of 5-10 wt %, and grinding is carried out for 30 minutes, the resulting mixture is sent into a mixer, into which aluminium industry waste in the form of dust from the cleaning of carbon electrodes with a particle size up to 0.5 mm in an amount of 10-20 wt % and a phosphorus-containing additive in an amount of 0.2-0.6 wt % are fed, mixing is carried out for 5-10 min, the resulting suspension is sent to a fermenter into which an inoculate has been fed beforehand in the form of a mixture of bacteria in an amount of 200-233 L per 1 m 3 of suspension, and additionally stirring is performed while air is fed from 0.5 to 2.0 m 3 /min at a temperature of 15-20 °C for 28-30 h.
A twistlock or other fitting comprising a lock mechanism for fastening to a counterpart , being either a corner casting of a container or +e-a container foundation fixed to a hatch cover of a ship, which twistlock or other fitting comprises a body , which lock mechanism comprises a locking part , which can be moved in relation to the body between a locking position, in which twisting of the twistlock or other fitting in the counterpart is prevented, and an open position, in which twisting of the twistlock or other fitting in the counterpart is possible, wherein the locking part is arranged to move along a guide rail that is on the body in a fixed manner, and in that the locking part can be moved from the locking position into the open position by lifting the locking part, and in that the opposite movement from the open position downwards into the locking position occurs by gravity, characterized in that the locking part is formed in such a way that a twistlock or other fitting can be fastened either from above in a hanging manner into the corner casting of a container or upside down onto a container foundation or corresponding fixing point of a hatch cover, and in that the locking part moves by gravity into its locking position in both installation methods.
A high-frequency heating device (1a; 1b; 1c; 1d) comprising: a generation unit configured to generate microwaves; a surface wave exciter including a periodic structure and configured to heat a heating subject by propagating the microwaves in a surface wave mode; a first connecting unit which is disposed at one end portion of the surface wave exciter and through which the microwaves generated by the generation unit are supplied to the surface wave exciter ; and a reuse unit configured to reuse, for heating the heating subject , the microwaves in the surface wave mode that have reached an other end portion of the surface wave exciter , the other end portion being located in a propagation direction of the microwaves from the one end portion of the surface wave exciter , characterized in that the reuse unit includes a matching unit disposed at the other end portion of the surface wave exciter and configured to carry out, by impedance matching, mode conversion of the microwaves in the surface wave mode that have reached the other end portion . a generation unit configured to generate microwaves; a surface wave exciter including a periodic structure and configured to heat a heating subject by propagating the microwaves in a surface wave mode; a first connecting unit which is disposed at one end portion of the surface wave exciter and through which the microwaves generated by the generation unit are supplied to the surface wave exciter ; and a reuse unit configured to reuse, for heating the heating subject , the microwaves in the surface wave mode that have reached an other end portion of the surface wave exciter , the other end portion being located in a propagation direction of the microwaves from the one end portion of the surface wave exciter , characterized in that the reuse unit includes a matching unit disposed at the other end portion of the surface wave exciter and configured to carry out, by impedance matching, mode conversion of the microwaves in the surface wave mode that have reached the other end portion .
Rotor stage for a turbomachine, comprising a plurality of rotor blades , a rotor main body having at least two rotor arms , and a balancing arrangement for balancing the rotor stage , the rotor arm arranged downstream of the rotor main body having the balancing arrangement and the balancing arrangement being arranged between the axial end region of the rotor arm and the rotor disk of the rotor main body , characterized in that a centrifugal opening for centrifuging bearing oil is arranged on a rotor arm arranged upstream of the rotor main body , in that the centrifugal opening is arranged radially outward and close to the greatest radius of an inner contour of a front rotor drum , and in that the balancing arrangement is arranged in an axial region between a radial longitudinal axis of the rotor main body and half the axial length of the downstream rotor arm .
A developer supply container which is detachably mountable to a developer receiving apparatus provided with a developer receiving portion including a developer receiving port and an engaged portion , the developer supply container being for supplying developer through the developer receiving port , the developer receiving portion being displaceable in a vertical direction crossing with an inserting direction (A) of the developer supply container for mounting to said developer receiving apparatus , said developer supply container comprising: a developer accommodating portion configured to accommodate the developer; a discharge opening (3a4) configured to permit discharging of the developer in the developer accommodating portion to the developer receiving portion through the developer receiving port ; and an engaging portion (3b2 and 3b4) including a first engaging portion (3b2) and a second engaging portion (3b4) engagable with the engaged portion , characterized by the first engaging portion (3b2) being inclined with respect to the inserting direction (A) and displacing the developer receiving portion toward the developer supply container with a mounting operation of the developer supply container to the developer receiving apparatus so as to establish a connected state between the discharging opening (3a4) and the developer receiving port , the second engaging portion (3b4) extending in parallel with the inserting direction (A) and maintaining the connected state between the discharging opening (3a4) and the developer receiving port so as to communicate the discharge opening (3a4) with the developer receiving port . a developer accommodating portion configured to accommodate the developer; a discharge opening (3a4) configured to permit discharging of the developer in the developer accommodating portion to the developer receiving portion through the developer receiving port ; and an engaging portion (3b2 and 3b4) including a first engaging portion (3b2) and a second engaging portion (3b4) engagable with the engaged portion , characterized by the first engaging portion (3b2) being inclined with respect to the inserting direction (A) and displacing the developer receiving portion toward the developer supply container with a mounting operation of the developer supply container to the developer receiving apparatus so as to establish a connected state between the discharging opening (3a4) and the developer receiving port , the second engaging portion (3b4) extending in parallel with the inserting direction (A) and maintaining the connected state between the discharging opening (3a4) and the developer receiving port so as to communicate the discharge opening (3a4) with the developer receiving port .
A method comprising: a security camera within a residence capturing a sequence of images of a secured area of the residence; an identification processor of the security camera identifying moving objects within the sequence of images as human or nonhuman; a programmed processor of the security camera determining a presence of an authorized person within the residence; and the programmed processor blurring or reducing a picture quality of all of the moving objects identified as human based upon the presence of the authorized person within the residence. a security camera within a residence capturing a sequence of images of a secured area of the residence; an identification processor of the security camera identifying moving objects within the sequence of images as human or nonhuman; a programmed processor of the security camera determining a presence of an authorized person within the residence; and the programmed processor blurring or reducing a picture quality of all of the moving objects identified as human based upon the presence of the authorized person within the residence.
A mask comprising a main body , the main body comprising two end parts and a central portion , the central portion extending between the end parts in an axial direction, the central portion comprising a filtering zone adapted to cover the mouth and nostrils of a user, characterised in that the main body is a knitted fabric and has a tubular shape in the axial direction and extending between two ends in the axial direction, each end portion defining a respective end of the tubular shape, each end portion having a slit extending over a portion of a circumference of the tubular shape of the tubular form, each end portion defining a flange between the corresponding end and slot , each flange being adapted to surround a corresponding ear of the user, and in that the knitted fabric in the filtering zone is a knitted fabric of at least one synthetic multifilament yarn in rows, each synthetic multifilament yarn comprising at least seven filaments in the filtering zone , the knitted fabric in the filtering zone having an absorbed yarn length of less than or equal to 0.35 centimetres per needle, the at least one synthetic multifilament yarn forming, for each row, a stitch at least every second wale in the filtering zone .
A curable thermosetting epoxy resin based adhesive film which is - non-tacky to the touch at room temperature such that it does not need a force more than 2 N to pull out a 25 mm diameter stainless steel plate applied on its surface; - flexible prior to cure having an uncured thickness between 0.2 and 3.0 mm; and - storage stable at room temperature such that the uncured adhesive does not lose more than 10% of its mechanical performances after three months of storage at room temperature; wherein the adhesive film is derived from a mixture of (i) a phenoxy resin, (ii) an elastomer/epoxy resin adduct, (iii) a core shell material and (iv) a curing agent; and wherein the adhesive film is supported by a carrier, wherein the carrier is a fibrous carrier or fleece selected from a woven or knit mat, a random mat and derived from glass, polyester, polyimide, carbon or aramid fibres. - non-tacky to the touch at room temperature such that it does not need a force more than 2 N to pull out a 25 mm diameter stainless steel plate applied on its surface; - flexible prior to cure having an uncured thickness between 0.2 and 3.0 mm; and - storage stable at room temperature such that the uncured adhesive does not lose more than 10% of its mechanical performances after three months of storage at room temperature;
A method for establishing a virtual safety bubble surrounding an autonomous farming machine comprising a detection system having a field of view of an environment surrounding the farming machine , wherein there are one or more blind spots of the environment that are obstructed from view of the detection system , and the method comprising: Prompting a manager of the farming machine to confirm that there are no obstacles in the blind spots of the detection system ; receiving a notification from the manager that there are no obstacles in the blind spots of the detection system ; verifying that there are no obstacles in unobstructed views of the detection system by applying an obstacle detection model to images captured by the detection system; determining a configuration of the farming machine to autonomously perform farming actions in the environment with implements of the farming machine ; determining a virtual safety bubble for the farming machine (1000 to autonomously perform the farming actions based on the determined configuration; detecting an obstacle in the environment by applying the obstacle detection model to images captured by the detection system ; determining that the obstacle is within the virtual safety bubble ; and in response to determining that the obstacle is within the virtual safety bubble , terminating autonomous operation of the farming machine . Prompting a manager of the farming machine to confirm that there are no obstacles in the blind spots of the detection system ; receiving a notification from the manager that there are no obstacles in the blind spots of the detection system ; verifying that there are no obstacles in unobstructed views of the detection system by applying an obstacle detection model to images captured by the detection system; determining a configuration of the farming machine to autonomously perform farming actions in the environment with implements of the farming machine ; determining a virtual safety bubble for the farming machine (1000 to autonomously perform the farming actions based on the determined configuration; detecting an obstacle in the environment by applying the obstacle detection model to images captured by the detection system ; determining that the obstacle is within the virtual safety bubble ; and in response to determining that the obstacle is within the virtual safety bubble , terminating autonomous operation of the farming machine .
Sealing device for sealing a pipeline arrangement having two pipeline units with a pipeline central axis and a clamping device , wherein a pipeline unit comprises a pipeline having a pipeline outer surface , a pipeline end face and a pipeline outer diameter and a pipe socket with a pipe socket inner diameter and the pipe socket is provided with a flange section having a flange section end face and a pipe section having a pipe section inner surface , and wherein the clamping device clamps the flange sections of the pipe sockets of the two pipeline units axially to each other, wherein the sealing device has in its position of use a seal located axially between the flange section end faces of the pipe sockets , wherein the sealing device has a data medium assigned to the seal and comprising an electronic data memory to which seal-specific information can be or is written, characterised in that the seal of the sealing device has a sealing outer surface , which extends radially around a sealing device central axis , on which a seal section comprising the data medium is arranged, wherein the data medium is cast with the seal as an insert part .