mhurhangee/ep-ind-claims huggingface dataset:
A thermal transfer image-receiving sheet comprising a receiving layer on a substrate, wherein the thermal transfer image-receiving sheet is provided with a perforation capable of being folded and torn off; and the maximum resistance value is 0.5 N/cm or more and 1.0 N/cm or less as measured when the thermal transfer image-receiving sheet is folded along the perforation while one end side of the thermal transfer image-receiving sheet is being secured, and a predetermined force is being continuously applied to the other end side of the thermal transfer image-receiving sheet, the one end side and the other end side being situated across the perforation.
Valve arrangement comprising a valve shaft and a throttle body, wherein said valve shaft and said throttle body are adapted to be non-rotatably connected via a screw thread, and wherein a latching connection is furthermore provided that engages as a result of a restoring force and produces a positive locking connection which connects the throttle body to the valve shaft, wherein the valve shaft is externally threaded and the throttle body is internally threaded, and wherein the latching connection furthermore has latching means designed as a split ring, which split ring exerts a restoring force that is directed radially outwards for producing the positive locking connection.
An oven comprising a body wherein the foodstuffs to be cooked are placed; a casing which surrounds the body; a water tank which is disposed between the casing and the body and which is filled with water; a pipe with one end opening into the water tank and the other opening into the body and which provides the transfer of water vapor into the body; and a valve which is disposed on the pipe and which provides the delivery of the water vapor into the body in a controlled manner; wherein the oven comprises a shape memory spring mechanism which enables the valve to open/closed according to the temperature in the body wherein a spacer is placed on the outer wall of the body and whereon the shape memory spring mechanism is disposed, characterized in that the spacer is L-shaped and has a first arm on the body outer wall which contacts the ceiling and a second arm which contacts the body side wall.
Steam generator for an ironing station, comprising a water reservoir, a boiler having a heating member for evaporating the water located in the boiler, a water supply device for metered supply of the water from the reservoir into a boiling chamber of the boiler, the boiler comprising a steam outlet for connecting a steam line, to which a handheld device can be connected, and an outlet means for draining the water from the boiling chamber until it is completely drained, it being possible to automatically activate the outlet means and the water supply device by means of a control device, characterised in that the reservoir is filled with water mixed with descaling agent and in that the control device is designed to activate the water supply device and the outlet means, in order to admit the water mixed with descaling agent into the boiling chamber up to a predetermined level and, after a predetermined dwell time to allow the descaling solution to act on a limescale deposit on the inner walls, to drain said water from the boiling chamber, such that an automatic descaling cycle comprising a descaling solution for the boiling chamber takes place.
A method performed by a base station for downlink control information transmission in a long term evolution, LTE, communication system, comprising: acquiring aggregation level configuration information, wherein the aggregation level configuration information indicates a first aggregation level of a first physical downlink control channel, PDCCH, carrying dedicated control information of a terminal, and a second aggregation level of a second PDCCH carrying control information of a group, and wherein the group comprises the terminal; and transmitting, according to the first aggregation level, the dedicated control information of the terminal to the terminal through the first PDCCH. acquiring aggregation level configuration information, wherein the aggregation level configuration information indicates a first aggregation level of a first physical downlink control channel, PDCCH, carrying dedicated control information of a terminal, and a second aggregation level of a second PDCCH carrying control information of a group, and wherein the group comprises the terminal; and transmitting, according to the first aggregation level, the dedicated control information of the terminal to the terminal through the first PDCCH.
Method for lowering the dust deposit on interior spaces or technical equipment, speeding up the cleaning and lowering the frequency of cleaning of interior spaces or technical equipment, wherein said method comprises at least the following step: - the targeted atomization on the surfaces of a liquid with spores of benign bacteria on all or certain types of surfaces by means of an electrically and/or pneumatically powered atomizer, while the space remains accessible to people and animals; characterized in that in the aerosol formed by atomizing the liquid, the droplets are smaller than or equal to 80 μm and obtain the same electric charge by the ballo-electrical effect, said same electric charge being retained upon the sedimentation of the aerosols on dust. - the targeted atomization on the surfaces of a liquid with spores of benign bacteria on all or certain types of surfaces by means of an electrically and/or pneumatically powered atomizer, while the space remains accessible to people and animals;
A method for producing NK cells said method comprising i- a sample of human CD34 positive cells being provided, ii- expanding said CD34 positive cells ex vivo, iii- culturing CD34 positive cells obtained in step ii ex vivo in an NK-cell differentiation medium, said method characterized in that said NK-differentiation medium comprises between 0,2 ngram/ml and 20 ngram/ml IL-12. i- a sample of human CD34 positive cells being provided, ii- expanding said CD34 positive cells ex vivo, iii- culturing CD34 positive cells obtained in step ii ex vivo in an NK-cell differentiation medium,
An encryption method performed by a computing apparatus (12, 110, 120, 130) including one or more processors and a memory for storing one or more programs executed by the one or more processors, the encryption method comprising: generating (201, 204, 207) a public key share of a user; receiving (202, 203, 205, 206, 208, 209) public key shares of one or more other users from terminals of the one or more other users; generating (210, 211, 212) a public key using the public key share of the user and the public key shares of the one or more other users; encrypting a first plaintext using the public key, thereby generating a first ciphertext; obtaining a second ciphertext resulting from encrypting a second plaintext using the public key; and performing homomorphic evaluation on the first and the second ciphertext by adding the first and the second ciphertext, thereby generating a third ciphertext corresponding to the sum of the first and the second plaintext. generating (201, 204, 207) a public key share of a user; receiving (202, 203, 205, 206, 208, 209) public key shares of one or more other users from terminals of the one or more other users; generating (210, 211, 212) a public key using the public key share of the user and the public key shares of the one or more other users; encrypting a first plaintext using the public key, thereby generating a first ciphertext; obtaining a second ciphertext resulting from encrypting a second plaintext using the public key; and performing homomorphic evaluation on the first and the second ciphertext by adding the first and the second ciphertext, thereby generating a third ciphertext corresponding to the sum of the first and the second plaintext.
An orthopedic assembly comprising a positioning device and a guide leg, the positioning device comprising: a ring portion defining an aperture configured to allow the ring portion to seat on a head of a bone; and a second portion that extends from the ring portion, wherein the second portion defines a slot that is curved along a first length of said slot, the guide leg defining a resection slot configured to guide removal of the head of the bone, wherein the guide leg is configured to couple to the second portion via a first projection that is received in the slot, wherein the guide leg is positionally adjustable relative to the second portion and the bone to reference a saddle of the neck of the bone for positioning the guide leg to guide removal of the head of the bone. a ring portion defining an aperture configured to allow the ring portion to seat on a head of a bone; and a second portion that extends from the ring portion, wherein the second portion defines a slot that is curved along a first length of said slot, the guide leg defining a resection slot configured to guide removal of the head of the bone, wherein the guide leg is configured to couple to the second portion via a first projection that is received in the slot, wherein the guide leg is positionally adjustable relative to the second portion and the bone to reference a saddle of the neck of the bone for positioning the guide leg to guide removal of the head of the bone.
A system for shortening the time required to detect or measure the presence of a biomolecule in a sample, the system comprising: a) a metallic material; b) a biomolecule in the sample that is capable of fluorescing, wherein the biomolecule is positioned from the metallic material at a distance to enhance fluorescence intensity of the biomolecule; c) a microwave cavity; d) a source of microwave energy having a frequency in a range between 0.3 and 10 GHz and a low power level in a range between about 30 mwatts and 200 watts; and e) a source of excitation energy that emits in the UV to IR range. a) a metallic material; b) a biomolecule in the sample that is capable of fluorescing, wherein the biomolecule is positioned from the metallic material at a distance to enhance fluorescence intensity of the biomolecule; c) a microwave cavity; d) a source of microwave energy having a frequency in a range between 0.3 and 10 GHz and a low power level in a range between about 30 mwatts and 200 watts; and e) a source of excitation energy that emits in the UV to IR range.
A rotary atomizer for a spray drying apparatus, the rotary atomizer comprising a liquid distributor and a rotary atomizer wheel, the liquid distributor comprising: at least one feed inlet, and at least one volute part (61, 62) comprising a base portion (611, 621), at least one inlet opening (612, 622), a channel (613, 623) and an outlet opening, wherein the at least one feed inlet is in fluid communication with the rotary atomizer wheel through the at least one volute part (61, 62), and the at least one volute part is made from a polyurethane or elastomer, wherein the polyurethane or elastomer has a shore hardness in the range of 65A-100A or 20D-60D as measured on a Durometer according to ASTM D2240. at least one feed inlet, and at least one volute part (61, 62) comprising a base portion (611, 621), at least one inlet opening (612, 622), a channel (613, 623) and an outlet opening, wherein the at least one feed inlet is in fluid communication with the rotary atomizer wheel through the at least one volute part (61, 62), and the at least one volute part is made from a polyurethane or elastomer, wherein the polyurethane or elastomer has a shore hardness in the range of 65A-100A or 20D-60D as measured on a Durometer according to ASTM D2240.
A stylet, comprising: a first stylet portion having proximal and distal end regions, the first stylet portion being configured and dimensioned to be slidably positioned within a first lumen of a catheter; and a second stylet portion having proximal and distal end regions, the second stylet portion being configured and dimensioned to be slidably positioned within a second lumen of the catheter which is separated from the first lumen by a septum wall, wherein the first and second stylet portions (302,308) extend from a proximal end of the catheter to beyond a distal end (214A,216A) of the catheter; characterized in that, the distal end regions (306,312) of the first and second stylet portions (302,308) define corresponding inner faces (320, 322) including corresponding mating structure (324,326) adapted for engagement to create a releasable connection between the distal end regions (306,312) of the first and second stylet portions (302,308), the first and second stylet portions (302,308) being independently movable in relation to each other to facilitate selective removal of the first stylet portion and/or the second stylet portion from the catheter, the distal end regions (306,312) of the first and second stylet portions (302,308) together defining a tapered penetrating portion. a first stylet portion having proximal and distal end regions, the first stylet portion being configured and dimensioned to be slidably positioned within a first lumen of a catheter; and a second stylet portion having proximal and distal end regions, the second stylet portion being configured and dimensioned to be slidably positioned within a second lumen of the catheter which is separated from the first lumen by a septum wall, wherein the first and second stylet portions (302,308) extend from a proximal end of the catheter to beyond a distal end (214A,216A) of the catheter; characterized in that, the distal end regions (306,312) of the first and second stylet portions (302,308) define corresponding inner faces (320, 322) including corresponding mating structure (324,326) adapted for engagement to create a releasable connection between the distal end regions (306,312) of the first and second stylet portions (302,308), the first and second stylet portions (302,308) being independently movable in relation to each other to facilitate selective removal of the first stylet portion and/or the second stylet portion from the catheter, the distal end regions (306,312) of the first and second stylet portions (302,308) together defining a tapered penetrating portion.
A computer-implemented method comprising: receiving an MPEG-2 encoded bitstream partially decoding the encoded bitstream to generate a first intermediate data stream of inverse quantized DCT blocks; performing an element-wise scaling of each block of said first intermediate data stream using a single scaling matrix, S 88, to obtain a second intermediate data stream; encoding said second intermediate data stream using a set of compression techniques to generate a transcoded bitstream corresponding to the VC-1 media format, wherein S 88 = diag T 8 C 8 ′ ⋅ diag C 8 T 8 ′ ∘ N 88, where T 8 is the VC-1 transform matrix, C 8 is the MPEG-2 DCT transform matrix, N 88 is the normalization matrix for the VC-1 transform, ' symbolizes an inverse matrix, and ∘ symbolizes an element-wise scaling operation. receiving an MPEG-2 encoded bitstream partially decoding the encoded bitstream to generate a first intermediate data stream of inverse quantized DCT blocks; performing an element-wise scaling of each block of said first intermediate data stream using a single scaling matrix, S 88, to obtain a second intermediate data stream; encoding said second intermediate data stream using a set of compression techniques to generate a transcoded bitstream corresponding to the VC-1 media format, wherein S 88 = diag T 8 C 8 ′ ⋅ diag C 8 T 8 ′ ∘ N 88, where T 8 is the VC-1 transform matrix, C 8 is the MPEG-2 DCT transform matrix, N 88 is the normalization matrix for the VC-1 transform, ' symbolizes an inverse matrix, and ∘ symbolizes an element-wise scaling operation. T 8 is the VC-1 transform matrix, C 8 is the MPEG-2 DCT transform matrix, N 88 is the normalization matrix for the VC-1 transform, ' symbolizes an inverse matrix, and ∘ symbolizes an element-wise scaling operation.
A tub for a humidifier comprising: a container made of a first material, wherein the container comprises a closed base and a side wall defining a reservoir for a supply of liquid to be evaporated, a heating element provided on at least the base of the container, and a lining comprising a second material different from the first material; the heating element is provided on an inner surface of the container, and the lining covers and is molded over at least the heating element, wherein the heating element is coated with an insulating material on a bottom side or a hollow space is provided below the heating element. a container made of a first material, wherein the container comprises a closed base and a side wall defining a reservoir for a supply of liquid to be evaporated, a heating element provided on at least the base of the container, and a lining comprising a second material different from the first material; the heating element is provided on an inner surface of the container, and the lining covers and is molded over at least the heating element, wherein the heating element is coated with an insulating material on a bottom side or a hollow space is provided below the heating element.
A method for identifying and connecting to field devices (27, 29, 31, 33) in an industrial plant, said method comprising: providing credentials associated with a user through Li-Fi wireless communications; detecting a light pattern associated with said Li-Fi wireless communications with a light sensor attached to mobile device; transmitting a signal from said light sensor to a controller, which decodes said credentials associated with said user; if said credentials are authorized, allowing said user to obtain device data associated with said field device (27, 29, 31, 33); utilizing said mobile device equipped with an automatic moving laser dongle that automatically points a laser to said field devices (27, 29, 31, 33) in a range of a camera visibility of a camera associated with said mobile device to detect and identify said field device (27, 29, 31, 33) having said data including a location of said field device (27, 29, 31, 33) within said industrial plant; and displaying said data as AR (Augmented Reality) data via a display screen associated with said mobile device. providing credentials associated with a user through Li-Fi wireless communications; detecting a light pattern associated with said Li-Fi wireless communications with a light sensor attached to mobile device; transmitting a signal from said light sensor to a controller, which decodes said credentials associated with said user; if said credentials are authorized, allowing said user to obtain device data associated with said field device (27, 29, 31, 33); utilizing said mobile device equipped with an automatic moving laser dongle that automatically points a laser to said field devices (27, 29, 31, 33) in a range of a camera visibility of a camera associated with said mobile device to detect and identify said field device (27, 29, 31, 33) having said data including a location of said field device (27, 29, 31, 33) within said industrial plant; and displaying said data as AR (Augmented Reality) data via a display screen associated with said mobile device.
An apparatus for puncturing the septum of the heart, comprising: a body defining a first lumen and a second lumen; a shaft extending distally from the first lumen of the body; a guide wire coupler configured to slidably receive a first guide wire, wherein the guide wire coupler is a lumen defined by the shaft; a side catheter guide coupled to the shaft via a guide coupler, having a distal end laterally deflectable relative to the shaft and extending distally from within the second lumen of the body, the side catheter guide configured to be transitioned between a delivery configuration and a deployed configuration in which the distal end of the side catheter guide is directed away from a central axis of the shaft when transitioned from its delivery configuration to its deployed configuration, the side catheter guide defining a lumen configured to slidably receive a side catheter; and the side catheter configured to translate relative to the side catheter guide, the side catheter defining a lumen configured to slidably receive a puncture member that is configured to puncture tissue of a patient. a body defining a first lumen and a second lumen; a shaft extending distally from the first lumen of the body; a guide wire coupler configured to slidably receive a first guide wire, wherein the guide wire coupler is a lumen defined by the shaft; a side catheter guide coupled to the shaft via a guide coupler, having a distal end laterally deflectable relative to the shaft and extending distally from within the second lumen of the body, the side catheter guide configured to be transitioned between a delivery configuration and a deployed configuration in which the distal end of the side catheter guide is directed away from a central axis of the shaft when transitioned from its delivery configuration to its deployed configuration, the side catheter guide defining a lumen configured to slidably receive a side catheter; and the side catheter configured to translate relative to the side catheter guide, the side catheter defining a lumen configured to slidably receive a puncture member that is configured to puncture tissue of a patient.
A header assembly for a harvester having a header comprising a primary cutter head for cutting the crop and conveying the cut crop into a feeder for feeding the cut crop into the mouth of a crop processing mechanism, and further comprising a secondary scissor-action cutter head trailing behind the primary cutter head for cutting stalks left standing by the primary cutter head, the secondary cutter head being coupled to the rear of the header and supported by ground engaging roller assemblies, characterised in that the roller assemblies include at least one support cylinder having a circumferentially discontinuous ground engaging outer surface operative to perform a preliminary processing of at least one of the crop residue and the soil.