mhurhangee/ep-ind-claims huggingface dataset:
A method of producing ammonium sulphate nitrate from ammonium nitrate solution, crystalline or powdered ammonium sulphate and dolomite in an industrial production process, in which the final product is obtained by means of mechanical granulation and screening of the desired fraction, which is subsequently cooled and conditioned, the under-size particles and the disintegrated oversized material being returned to the process of granulation, characterized by that ammonium sulphate nitrate is produced in a multistage reaction system which comprises a mixing stage and a granulation stage followed by a drying stage, with the parameters in each stage adjusted in such a way that ammonium nitrate undergoes maximum conversion to double salt, ammonium sulphate nitrate suspension being prepared by means of continuous mixing in a mixing unit and feeding ammonium nitrate solution, dolomite in a powdered form with grain size below 100 μm, ammonium sulphate in fine-cristalline or powdered form with grain size below 200 μm at temperature 30 to 60°C, water steam at 0,9 MPa and a process condensate, into the reactor, thoroughly mixing the contents of the reactor with continuous heat input necessary to maintain a temperature for the process of not lower than 120°C, wherein the ammonium nitrate: ammonium sulphate molar ratio in the reactor depends on the desired sulphur content in the final product and ranges between 4,94:1 and 1,29:1 and the dolomite is continuously fed into the mixing unit in the ratio to the remaining components in the reactor amounting to 2-18% by weight; and subsequently the ammonium sulphate nitrate pulp is directed to the multistage granulation system comprising a 2 shaft granulator with a moisturising system in the first granulation step and a drum granulator in the second granulation step, the time the reaction mixture stays in the drum granulator is at least twice shorter than the time of the mixing stage, preferably 8-10 times shorter, followed by drying, screening and cooling the product, the granules of the final product with desired granularity are bagged and shipped.
A floor covering apparatus, the apparatus comprising, a rigid, substantially planar base having an upper face, a lower face and a perimeter defining a two-dimensional shape; a rigid edge portion extending from the upper face of the base and defining a depth, wherein the depth is a distance between the upper face of the base and an uppermost surface of the edge portion; wherein the floor covering apparatus is arranged to tessellate with at least one other such floor covering apparatus; characterised in that the floor covering apparatus further comprises a support member the support member affixed adjacent the lower face of the base; and wherein the support member comprises a compressive material. a rigid, substantially planar base having an upper face, a lower face and a perimeter defining a two-dimensional shape; a rigid edge portion extending from the upper face of the base and defining a depth, wherein the depth is a distance between the upper face of the base and an uppermost surface of the edge portion; wherein the floor covering apparatus is arranged to tessellate with at least one other such floor covering apparatus; characterised in that the floor covering apparatus further comprises a support member the support member affixed adjacent the lower face of the base; and wherein the support member comprises a compressive material. the floor covering apparatus further comprises a support member the support member affixed adjacent the lower face of the base; and wherein the support member comprises a compressive material.
A sugar paste substrate composition comprising: 50-60% fondant by weight, wherein the fondant comprises sugar and at least one of glucose syrup and dried glucose syrup; 10-15% fructooligosaccharides by weight, wherein the FOS comprises at least one of oligofructose or oligofructan; and 20-30% starch by weight. 50-60% fondant by weight, wherein the fondant comprises sugar and at least one of glucose syrup and dried glucose syrup; 10-15% fructooligosaccharides by weight, wherein the FOS comprises at least one of oligofructose or oligofructan; and 20-30% starch by weight.
Flat knitting machine with at least two needle beds (30, 30'), at least one carriage movable over the needle beds (10, 10') and equipped with knitting cams (30, 30'), and a yarn infeed device with yarn guide rails (60, 60', 61-64) arranged above the needle beds, wherein yarn guides (40, 40'), movable with the carriage, are arranged in said rails, wherein the yarn infeed device also has at least one autonomous yarn guide (50, 50') driven independently of carriage, wherein the at least one autonomous yarn guide (50, 50') is arranged to be movable longitudinally in one or more separate yarn guide rails (62, 63), characterised in that the yarn guide rails (61, 64) with yarn guides (40, 40') movable by the carriage and the yarn guide rails (62, 63) with autonomous yarn guides (50, 50') are arranged alternately parallel to each other above the needle beds (10, 10') or that the autonomous yarn guides (50, 50') and the yarn guides (40, 40'), movable by the carriage, are arranged in common yarn guide rails (60, 60').
A method for selecting an agent for use in reducing or preventing gastrointestinal pain in a subject, said method comprising: contacting a cell expressing TRPV1 with a Lactobacillus reuteri strain or a conditioned medium from said Lactobacillus reuteri strain to be tested; measuring spontaneous and/or induced transient receptor potential vanilloid 1, TRPV1, activation in said cell following contacting said cell with said Lactobacillus reuteri strain or said conditioned medium from said Lactobacillus reuteri strain to be tested; comparing said measured spontaneous and/or induced TRPV1 activation with a control TRPV1 activation; and selecting, as said agent, said Lactobacillus reuteri strain or said conditioned medium from said Lactobacillus reuteri strain to be tested as a Lactobacillus reuteri strain or a conditioned medium from said Lactobacillus reuteri strain effective in reducing or preventing gastrointestinal pain if said measured spontaneous and/or induced TRPV1 activation is lower than said control TRPV1 activation. contacting a cell expressing TRPV1 with a Lactobacillus reuteri strain or a conditioned medium from said Lactobacillus reuteri strain to be tested; measuring spontaneous and/or induced transient receptor potential vanilloid 1, TRPV1, activation in said cell following contacting said cell with said Lactobacillus reuteri strain or said conditioned medium from said Lactobacillus reuteri strain to be tested; comparing said measured spontaneous and/or induced TRPV1 activation with a control TRPV1 activation; and selecting, as said agent, said Lactobacillus reuteri strain or said conditioned medium from said Lactobacillus reuteri strain to be tested as a Lactobacillus reuteri strain or a conditioned medium from said Lactobacillus reuteri strain effective in reducing or preventing gastrointestinal pain if said measured spontaneous and/or induced TRPV1 activation is lower than said control TRPV1 activation.
A sensor network for determining a local arrangement of several sensor nodes in an aircraft, wherein the sensor network comprises: a plurality of sensor nodes, wherein each sensor node comprises a sensor unit for acquiring a parameter on the basis of which a determination of the position of the sensor node within the sensor network is possible, and comprises a communication unit for transmitting data, which are based on the acquired parameter, to the central processing unit; a central processing unit for receiving the data transmitted by the sensor nodes, wherein each sensor node is configured for the transmission of signals to other sensor nodes and is configured for the receipt of signal parameters from neighbouring sensor nodes, on the basis of which the central processing unit can calculate the relative positions of the sensor nodes with respect to the other sensor nodes through a correlation of the transmitted data. a plurality of sensor nodes, wherein each sensor node comprises a sensor unit for acquiring a parameter on the basis of which a determination of the position of the sensor node within the sensor network is possible, and comprises a communication unit for transmitting data, which are based on the acquired parameter, to the central processing unit; a central processing unit for receiving the data transmitted by the sensor nodes, wherein each sensor node is configured for the transmission of signals to other sensor nodes and is configured for the receipt of signal parameters from neighbouring sensor nodes, on the basis of which the central processing unit can calculate the relative positions of the sensor nodes with respect to the other sensor nodes through a correlation of the transmitted data.
Loudspeaker device, comprising: first and second diaphragms (12, 14) arranged co-axially in an opposed relation to each other, each diaphragm having a plurality of motors (30, 30') operatively coupled thereto, wherein the plurality of motors of the first diaphragm and the plurality of motors of the second diaphragm are different and arranged in the same plane, further comprising a frame having first and second ends (20, 24), the first diaphragm arranged near the first end of the frame and the second diaphragm arranged near the second end of the frame, the motors (30, 30') of the first and second diaphragms (12, 14) being provided on the frame, wherein the frame comprises first and second rims (18, 22) provided at the first and second ends (20, 24), respectively, wherein the first diaphragm is mounted to the first rim via a first surround, and the second diaphragm is mounted to the second rim via a second surround, wherein the frame further comprises a first support member provided closer to the second end than to the first end and a second support member provided closer to the first end than to the second end, the motors of the first diaphragm being provided on the first support member and the motors of the second diaphragm being provided on the second support member, and wherein the first and second support members (28, 38) are rotationally offset from each other whereby the plurality of motors of the first diaphragm and the plurality of motors of the second diaphragm are arranged in an alternating manner. further comprising a frame having first and second ends (20, 24), the first diaphragm arranged near the first end of the frame and the second diaphragm arranged near the second end of the frame, the motors (30, 30') of the first and second diaphragms (12, 14) being provided on the frame, wherein the frame comprises first and second rims (18, 22) provided at the first and second ends (20, 24), respectively, wherein the first diaphragm is mounted to the first rim via a first surround, and the second diaphragm is mounted to the second rim via a second surround, wherein the frame further comprises a first support member provided closer to the second end than to the first end and a second support member provided closer to the first end than to the second end, the motors of the first diaphragm being provided on the first support member and the motors of the second diaphragm being provided on the second support member, and wherein the first and second support members (28, 38) are rotationally offset from each other whereby the plurality of motors of the first diaphragm and the plurality of motors of the second diaphragm are arranged in an alternating manner.
A rail vehicle comprising one or more car sections, the car sections each including a car body comprising lifting points provided on the lateral longitudinal sides of the car sections for the engagement of lifting tools, the lifting points being elastically mounted on the car body, wherein - each of the lifting points includes a receptacle for the operative connection to an insertion pin of the lifting tool, the receptacle being connected to the car body via at least one spring-loaded device; and - a pivot bearing is provided as an interface between the car body and the receptacle, the receptacle being connected to the car body by the spring-loaded device and the pivot bearing. - each of the lifting points includes a receptacle for the operative connection to an insertion pin of the lifting tool, the receptacle being connected to the car body via at least one spring-loaded device; and - a pivot bearing is provided as an interface between the car body and the receptacle, the receptacle being connected to the car body by the spring-loaded device and the pivot bearing.
A method for purifying an Anabaena variabilis phenylalanine ammonia-lyase (AvPAL) variant with minimal aggregation comprising: (a) lysing bacterial cells containing the AvPAL variant by homogenization to generate a cell lysate; (b) heating the cell lysate to 65°C for 30 to 120 minutes; (c) centrifuging the heated cell lysate, wherein a supernatant comprising the AvPAL variant is retained; (d) filtering the supernatant to remove precipitates; and (e) separating the AvPAL variant from contaminating proteins by sequential chromatography over an anion exchange (AIEX) column followed by a hydrophobic interaction column, wherein the eluate from the HIC column comprises the AvPAL variant, wherein the cysteine residues at positions 503 and 565 of said AvPAL variant have been substituted by serine residues (SEQ ID NO:11). (a) lysing bacterial cells containing the AvPAL variant by homogenization to generate a cell lysate; (b) heating the cell lysate to 65°C for 30 to 120 minutes; (c) centrifuging the heated cell lysate, wherein a supernatant comprising the AvPAL variant is retained; (d) filtering the supernatant to remove precipitates; and (e) separating the AvPAL variant from contaminating proteins by sequential chromatography over an anion exchange (AIEX) column followed by a hydrophobic interaction column, wherein the eluate from the HIC column comprises the AvPAL variant,
An electrode contact for an electrode lead for neurostimulation, wherein the electrode contact has a contact body with a contact surface for contacting human or animal neural tissue, and an arm portion for contacting at least one electrical supply lead, wherein the arm portion extends from the contact body, laterally in a first spatial direction that runs parallel to a main plane of extent of the contact surface, and wherein the arm portion has at least one cut-out for guiding through the at least one electrical supply lead, characterised in that the at least one cut-out is slot-shaped and a region of the arm portion is divided by the slot-shaped cut-out into a plurality of webs. an arm portion for contacting at least one electrical supply lead, wherein the arm portion extends from the contact body, laterally in a first spatial direction that runs parallel to a main plane of extent of the contact surface, and wherein the arm portion has at least one cut-out for guiding through the at least one electrical supply lead, characterised in that the at least one cut-out is slot-shaped and a region of the arm portion is divided by the slot-shaped cut-out into a plurality of webs.
A method executed by a packet data network gateway, PDN-GW, comprising: receiving an IP flow mobility, IFOM, triggering message by the PDN-GW from a wireless access gateway, WAG, and initiating a 3GPP bearer modification procedure to move selected IP flows exchanged by a user equipment, UE; characterized in that the IFOM triggering message comprises an IFOM flag, a target radio access technology, RAT, type, an Evolved Packet System, EPS bearer ID, a Quality of Service, QoS, policy, and a traffic aggregation description, TAD; and the method further comprises the steps of: selecting the IP flows to be moved based on the IFOM triggering message and transmitting an update bearer request to the WAG, so as to modify S2a bearers for the selected IP flows to be moved; updating a mapping table having one or more mapping entries if an update bearer response is received by the PDN-GW from the WAG to acknowledge modification of the S2a bearers, wherein each mapping entry is updated to indicate to which RAT type each IP flow is directed, wherein the selected IP flows are moved from 3GPP access network to non-3GPP access network which supports GTP-based interface, the non-3GPP access which supports GTP-based interface being the target RAT type, and wherein the IP flows are selected based on the TAD describing the IP flows to be moved to the target RAT type, or wherein the IP flows are selected based on the EPS bearer ID which corresponds to a QoS class for all IP flows carried in an EPS bearer, and wherein all IP flows in the EPS bearer with an identical EPS bearer ID are to be moved to the target RAT type. receiving an IP flow mobility, IFOM, triggering message by the PDN-GW from a wireless access gateway, WAG, and initiating a 3GPP bearer modification procedure to move selected IP flows exchanged by a user equipment, UE; selecting the IP flows to be moved based on the IFOM triggering message and transmitting an update bearer request to the WAG, so as to modify S2a bearers for the selected IP flows to be moved; updating a mapping table having one or more mapping entries if an update bearer response is received by the PDN-GW from the WAG to acknowledge modification of the S2a bearers, wherein each mapping entry is updated to indicate to which RAT type each IP flow is directed, wherein the selected IP flows are moved from 3GPP access network to non-3GPP access network which supports GTP-based interface, the non-3GPP access which supports GTP-based interface being the target RAT type, and wherein the IP flows are selected based on the TAD describing the IP flows to be moved to the target RAT type, or wherein the IP flows are selected based on the EPS bearer ID which corresponds to a QoS class for all IP flows carried in an EPS bearer, and wherein all IP flows in the EPS bearer with an identical EPS bearer ID are to be moved to the target RAT type.
An electronic device (100a, 100b, 100c, 100d) comprising a first substrate; a plurality of light-emitting dies disposed on the first substrate; a transparent material layer disposed on the first substrate; a sealing material disposed on the first substrate and surrounding the transparent material layer, wherein the transparent material layer is in contact with the sealing material; and a second substrate adhered to the first substrate through the transparent material layer and the sealing material, wherein the electronic device (100a, 100b, 100c, 100d) comprises a display region and a non-display region surrounding the display region, and is characterized in that the sealing material is disposed on at least one of the plurality of light-emitting dies. a first substrate; a plurality of light-emitting dies disposed on the first substrate; a transparent material layer disposed on the first substrate; a sealing material disposed on the first substrate and surrounding the transparent material layer, wherein the transparent material layer is in contact with the sealing material; and a second substrate adhered to the first substrate through the transparent material layer and the sealing material, wherein the electronic device (100a, 100b, 100c, 100d) comprises a display region and a non-display region surrounding the display region, and is characterized in that the sealing material is disposed on at least one of the plurality of light-emitting dies.
Reinforcing layer for pneumatic vehicle tyres and for drive belts, wherein the reinforcing layer has at least one reinforcing element, which is embedded in elastomeric material, wherein the reinforcing element consists of non-metallic materials and the cross section thereof satisfies the condition a < b, where a is the cross-sectional height and b is the cross-sectional width of the reinforcing element, and wherein the reinforcing element is arranged in the reinforcing layer in such a way that the direction of extent of b is aligned approximately parallel to the planar extent of the reinforcing layer, the reinforcing element is a band, which contains a large number of filaments made of aramid, which are arranged approximately parallel to the longitudinal extent of the band, and the filaments are held together within the band by means of an adhesion promoter, characterized in that the band has a fineness of 50 to 7000 dtex, with preference of 500 to 3500 dtex, with particular preference of 1200 to 1500 dtex, and in that the band has a number of 25 to 4500 filaments, with preference a number of 450 to 2000 filaments, with particular preference a number of 500 to 1200 filaments.
An antioxidant composition for use in pet food or pet supplement comprising an extract of Vitis vinifera and an extract of Vaccinium angustifolium, wherein said antioxidant composition comprises resveratrol, at least 1 % of catechins and/or epicatechins, and at least 5 ppm of ferulic acid, wherein the extract of Vitis vinifera is obtained from at least the skins of Vitis vinifera, wherein said extract of Vitis vinifera provides said resveratrol, catechins and/or epicatechins, and wherein said extract of Vaccinium angustifolium provides said ferulic acid.
Pharmaceutical solution comprising T4 thyroid hormone in water-glycerol solution, said pharmaceutical solution being free from alkanols with molecular weight less than 80 Daltons, for use in the treatment or prevention of a disease associated with deficiency of one or more thyroid hormones in a patient in need thereof, characterized in that said solution is administered within a temporal distance of less than 30 minutes from the closest meal consumed by the patient.