mhurhangee/ep-ind-claims huggingface dataset:
A device for singling out products that are grouped in blister packs or similar multiple packages, comprising: - a support structure (11, 12, 30) for at least one multiple package to be singled out, comprising a bearing surface (13, 31) defining a reference plane (X-X); - clamping means (14, 33, 34) which can be activated selectively in order to clamp the at least one multiple package against the bearing surface, the clamping means comprising a movement device (12, 35) having a general capacity for displacement in a plane parallel to the reference plane (X-Y); - a cutting head (20, 36) comprising a cutting unit with means for cutting the multiple package, and - control means (26, 42) which are operatively connected to the cutting head (20, 36) and to the clamping means (14, 33, 34) in order to control relative movement between the cutting unit (22, 23, 39, 40) and the multiple package in accordance with a cutting scheme depending on the configuration of the multiple package. - a support structure (11, 12, 30) for at least one multiple package to be singled out, comprising a bearing surface (13, 31) defining a reference plane (X-X); - clamping means (14, 33, 34) which can be activated selectively in order to clamp the at least one multiple package against the bearing surface, the clamping means comprising a movement device (12, 35) having a general capacity for displacement in a plane parallel to the reference plane (X-Y); - a cutting head (20, 36) comprising a cutting unit with means for cutting the multiple package, and - control means (26, 42) which are operatively connected to the cutting head (20, 36) and to the clamping means (14, 33, 34) in order to control relative movement between the cutting unit (22, 23, 39, 40) and the multiple package in accordance with a cutting scheme depending on the configuration of the multiple package.
LED light source device, comprising: a. a plurality of first LED devices configured to emit white light, b. at least one second LED device configured to emit far red light, and c. at least one third LED device configured to emit UV light; wherein the plurality of first LED devices and the at least one second and at least one third LED devices (23, 24) are arranged in a circuit, the circuit comprising first and second terminals (25, 26) for connection with a single current source; characterized in that the circuit further comprising a plurality of parallel first current paths (30, 30', 30"), each first current path comprising a number of the plurality of first LED devices connected in series; a first group of parallel first current paths from the plurality of parallel first current paths being arranged in series with a second current path, comprising the at least one second LED device; and a second group of parallel first current paths from the plurality of parallel first current paths being arranged in series with a third current path, comprising the at least one third LED device. a. a plurality of first LED devices configured to emit white light, b. at least one second LED device configured to emit far red light, and c. at least one third LED device configured to emit UV light; wherein the plurality of first LED devices and the at least one second and at least one third LED devices (23, 24) are arranged in a circuit, the circuit comprising first and second terminals (25, 26) for connection with a single current source; characterized in that the circuit further comprising a plurality of parallel first current paths (30, 30', 30"), each first current path comprising a number of the plurality of first LED devices connected in series; a first group of parallel first current paths from the plurality of parallel first current paths being arranged in series with a second current path, comprising the at least one second LED device; and a second group of parallel first current paths from the plurality of parallel first current paths being arranged in series with a third current path, comprising the at least one third LED device.
A method of producing a sack paper, comprising drying a paper web in a drying section comprising a Clupak unit and a dryer group arranged downstream the Clupak unit, wherein: - the moisture content of the paper web entering the Clupak unit is 30-40 %; - the line load of the nip bar in the Clupak unit is at least 20 kN/m; and - the speed of the paper web in the dryer group arranged downstream the Clupak unit is 8-14 % lower than the speed of the paper web entering the Clupak unit; and wherein the grammage according to ISO 536 of the sack paper is 50-140 g/m 2, such as 70-130 g/m 2; the Gurley value according to ISO 5636-5 of the sack paper is 15 s or lower, such as 13 s or lower; and the stretchability according to ISO 1924-3 in the machine direction of the sack paper is above 10 %, such as above 11 %, such as above 12 %. - the moisture content of the paper web entering the Clupak unit is 30-40 %; - the line load of the nip bar in the Clupak unit is at least 20 kN/m; and - the speed of the paper web in the dryer group arranged downstream the Clupak unit is 8-14 % lower than the speed of the paper web entering the Clupak unit; and the Gurley value according to ISO 5636-5 of the sack paper is 15 s or lower, such as 13 s or lower; and the stretchability according to ISO 1924-3 in the machine direction of the sack paper is above 10 %, such as above 11 %, such as above 12 %.
A method in a wireless device comprising: receiving, from a network node, an indication of a current coverage enhancement, CE, mode of the wireless device with respect to a first cell; determining a first and a second estimated signal quality of the wireless device with respect to the first cell by: performing measurements on signals associated with the first cell, and determining the first and second estimated signal quality based on the measurements, wherein the first estimated signal quality is based on a signal quality measurement of a Synchronization Channel, SCH, and the second estimated signal quality is based on a signal quality measurement of a Cell-Specific Reference Signal, CRS; and if the current CE mode is a normal CE mode and the first and the second estimated signal quality of the wireless device with respect to the first cell are greater than or equal to a lower threshold and less than an upper threshold, reconfiguring the wireless device to operate in an enhanced CE mode. receiving, from a network node, an indication of a current coverage enhancement, CE, mode of the wireless device with respect to a first cell; determining a first and a second estimated signal quality of the wireless device with respect to the first cell by: performing measurements on signals associated with the first cell, and determining the first and second estimated signal quality based on the measurements, wherein the first estimated signal quality is based on a signal quality measurement of a Synchronization Channel, SCH, and the second estimated signal quality is based on a signal quality measurement of a Cell-Specific Reference Signal, CRS; and performing measurements on signals associated with the first cell, and determining the first and second estimated signal quality based on the measurements, wherein the first estimated signal quality is based on a signal quality measurement of a Synchronization Channel, SCH, and the second estimated signal quality is based on a signal quality measurement of a Cell-Specific Reference Signal, CRS; and if the current CE mode is a normal CE mode and the first and the second estimated signal quality of the wireless device with respect to the first cell are greater than or equal to a lower threshold and less than an upper threshold, reconfiguring the wireless device to operate in an enhanced CE mode.
An aqueous composition for treating the strength and press section dewatering of a paper sheet comprising one or more aldehyde-functionalized polymers comprising amino groups, amide groups, or a combination of amino and amide groups thereof, wherein (i) from 15 to 20 mole percent of the amino groups, amide groups, or both the amino and amide groups are functionalized with one or more aldehydes, (ii) the amino groups, amide groups, or both the amino and amide groups are mono-reacted and di-reacted at a ratio of from 4:1 to 20:1, and (iii) the aldehyde-functionalized polymers have an average molecular weight of from 10,000 g/mole to 100,000 g/mole.
A method for polishing a material having a Vickers hardness of 1500 Hv or higher, the method comprising a step of carrying out preliminary polishing using a preliminary polishing composition, and a step of carrying out final polishing using a final polishing composition, characterized in that the preliminary polishing composition has an oxidation-reduction potential ORP PRE vs. standard hydrogen electrode, and the final polishing composition has an oxidation-reduction potential ORP FIN vs. standard hydrogen electrode, satisfying a relation ORP PRE > ORP FIN, and wherein the preliminary polishing composition comprises an abrasive A PRE having a mean secondary particle diameter of 5000 nm or less. a step of carrying out preliminary polishing using a preliminary polishing composition, and a step of carrying out final polishing using a final polishing composition, characterized in that the preliminary polishing composition has an oxidation-reduction potential ORP PRE vs. standard hydrogen electrode, and the final polishing composition has an oxidation-reduction potential ORP FIN vs. standard hydrogen electrode, satisfying a relation ORP PRE > ORP FIN, and wherein the preliminary polishing composition comprises an abrasive A PRE having a mean secondary particle diameter of 5000 nm or less.
An inhibitor for use in a method of treatment of the human or animal body wherein neuronal differentiation of a neural stem/progenitor cell is promoted, wherein the neural stem/progenitor cell exists in vivo, wherein the differentiated neuron is a cholinergic neuron, a GABAergic neuron, or a glutamatergic neuron, wherein the inhibitor inhibits expression of one or more genes encoding a COUP-TFI protein and/or a COUP-TFII protein, wherein the inhibitor is a nucleic acid capable of inhibiting expression of the COUP-TFI or COUP-TFII gene.
A method of retransmitting a payload of a data packet in a system including a source device and a plurality of devices, each of the plurality of devices being capable of receiving wireless data broadcasted from the source device, using a wireless data protocol, the method comprising: listening, at a first device of the plurality of devices and at a second device of the plurality of devices, for a data packet from the source device via a broadcast isochronous stream; receiving, at the first device, a payload of the data packet broadcasted from the source device via the broadcast isochronous stream; and after not receiving the data packet from the source device at the second device, transmitting the payload from the first device to the second device of the plurality of devices, wherein the transmitting of the payload from the first device to the second device uses a different frequency or channel relative to a frequency or channel used for receiving the payload from the source device. listening, at a first device of the plurality of devices and at a second device of the plurality of devices, for a data packet from the source device via a broadcast isochronous stream; receiving, at the first device, a payload of the data packet broadcasted from the source device via the broadcast isochronous stream; and after not receiving the data packet from the source device at the second device, transmitting the payload from the first device to the second device of the plurality of devices, wherein the transmitting of the payload from the first device to the second device uses a different frequency or channel relative to a frequency or channel used for receiving the payload from the source device.
Device for improving the road safety of articulated vehicles, which have front carriages and rear carriages connected by means of an articulated swivel joint, with devices (21, 22, 21', 22') for controlling actuators (14, 15, 16, 17; 14', 15'; 14", 15"), which act on the articulated swivel joint to limit the swivel movement between the front and rear carriages (11, 12), in which sensor devices for detecting the forces (DV, DH) acting on them are arranged on the actuators (14, 15, 16, 17; 14', 15'; 14", 15"), and with an evaluation and control unit (23, 23', 23") for the signals of the sensor devices, which is connected to the devices for controlling (21, 22, 21', 22') the acutators (14, 15, 16, 17; 14', 15'; 14", 15") and controls them in such a way that they control the swivel movements between the front and rear carriages (11, 12), depending on the forces (DV, DH) acting on the actuators (14, 15, 16, 17; 14', 15'; 14", 15"), to an extent that may be predetermined, characterised in that the evaluation and control unit (23, 23', 23") controls the devices for controlling (21, 22, 21', 22') the actuators (14, 15, 16, 17; 14', 15'; 14", 15") in such a way that they control the swivel movements also depending on the speed of the vehicle to an extent that may be predetermined.
A portable weighing unit for weighing animals in a grazing environment comprising: a body for containing the portable weighing unit for transportation, the body having a pair of side walls and an end wall that define a space for receiving an animal therein; a holder mounted within said space to an internal surface of the end wall, the holder being configured to receive an enticement for attracting an animal into the space; a reader mounted to the body, the reader being configured to read animal identification information provided on an identity tag of the animal located within the space; a platform located within said space wherein the platform is supported by at least two load bars containing load cells to receive the front feet of the animal thereon when said animal enters said space and to take a weight measurement of the front feet of the animal; and a controller mounted to the body and configured to receive the weight measurement of the front feet of the animal from the platform and the animal identification information from the reader, said controller being configured to transmit said weight measurement and said animal identification information to a remote processor for processing and storage. wherein the remote processor is configured to convert the weight measurement of the front feet of the animal into a full body weight measurement for the animal. a body for containing the portable weighing unit for transportation, the body having a pair of side walls and an end wall that define a space for receiving an animal therein; a holder mounted within said space to an internal surface of the end wall, the holder being configured to receive an enticement for attracting an animal into the space; a reader mounted to the body, the reader being configured to read animal identification information provided on an identity tag of the animal located within the space; a platform located within said space wherein the platform is supported by at least two load bars containing load cells to receive the front feet of the animal thereon when said animal enters said space and to take a weight measurement of the front feet of the animal; and a controller mounted to the body and configured to receive the weight measurement of the front feet of the animal from the platform and the animal identification information from the reader, said controller being configured to transmit said weight measurement and said animal identification information to a remote processor for processing and storage. wherein the remote processor is configured to convert the weight measurement of the front feet of the animal into a full body weight measurement for the animal.
Extractor hood, which has an appliance housing with an intake opening, which is directed downwards, at least one fan, which is arranged in the appliance housing, and at least one odour filter, wherein the extractor hood has a holding frame for the at least one odour filter, the holding frame is supported pivotably on the appliance housing, in the operating position the holding frame lies in the intake opening of the appliance housing, the holding frame has at least one receiving space, in which one of the at least one odour filter is received detachably, and a part of the receiving space is formed by at least one part of a base area of the holding frame, in which at least one frame opening is formed, characterised in that the receiving space of the holding frame is formed by at least one part of the base area of the holding frame and three holding struts (142, 1420, 143), which extend vertically out from the base area of the holding frame, that the receiving space comprises at least one bend, which extends vertically out from one of the holding struts and parallel to the base area of the holding frame, and that at least one access slot is provided in the bend, through which in the opening position of the holding frame the user of the extractor hood can access the front edge of the odour filter and can shift the odour filter backwards in the receiving space, and upwards in the opening position, and can slide the odour filter out by way of an open side of the receiving space.
A coating applied to a surface to minimize or prevent the ability of drops of super-cooled water that impact on the surface from transforming into ice, the coating comprising either: A) one layer comprised of a thermally insulating material, wherein the upper surface of the one layer is superhydrophobic; or, B) two or more layers that constitute a combination of thermally insulating materials and superhydrophobic materials, wherein the upper surface of the two or more layers is superhydrophobic; wherein the coating has a coefficient of thermal conductivity no more than 0.15 W÷ (m°k), contact angle hysteresis no more than ten degrees, and roll off angle no more than five degrees. A) one layer comprised of a thermally insulating material, wherein the upper surface of the one layer is superhydrophobic; or, B) two or more layers that constitute a combination of thermally insulating materials and superhydrophobic materials, wherein the upper surface of the two or more layers is superhydrophobic;
A microorganism for producing O-succinylhomoserine, said microorganism comprising: (i) a methionine feedback inhibition resistant homoserine O-succinyltransferase having an amino acid sequence of SEQ ID No: 14, 16, 18, 20 or 22; (ii) an increased aspartokinase or homoserine dehydrogenase activity (EC2.7.2.4 or 1.1.1.3) based on that of a wild type protein; and (iii) a reduced or inactivated cystathionine gamma synthase activity based on that of a wild type protein. (i) a methionine feedback inhibition resistant homoserine O-succinyltransferase having an amino acid sequence of SEQ ID No: 14, 16, 18, 20 or 22; (ii) an increased aspartokinase or homoserine dehydrogenase activity (EC2.7.2.4 or 1.1.1.3) based on that of a wild type protein; and (iii) a reduced or inactivated cystathionine gamma synthase activity based on that of a wild type protein.
A headgear for a head safety product comprising: a headband at least partially encircling the wearer's head, the headband having a front portion configured to extend across a forehead area of the user and further having opposing rearward ends (26, 28); a plurality of hangers extending from the headband; a crown assembly engaged with the headband; opposing headband extensions (38, 40) extending downwardly and rearwardly from said opposing rearward ends of said headband; an elastomeric nape belt having an elongated central body portion and opposing end portions (46, 48) extending from said central body portion, said opposing end portions being respectively anchored to said opposing headband extensions whereby said elastomeric nape-belt extends across occipital areas of the wearer's head and elastomerically self-adjusts to said wearer's head; characterized in that the opposing end portions of said nape belt include a plurality of longitudinally spaced anchor openings which releasably engage with anchors on said headband extensions whereby an elastic tension of said nape belt can be adjusted by selecting between said anchor openings, and wherein said headband extensions further include slots, said opposing end portions of said nape belt extending through said slots and engaging said anchors. a headband at least partially encircling the wearer's head, the headband having a front portion configured to extend across a forehead area of the user and further having opposing rearward ends (26, 28); a plurality of hangers extending from the headband; a crown assembly engaged with the headband; opposing headband extensions (38, 40) extending downwardly and rearwardly from said opposing rearward ends of said headband; an elastomeric nape belt having an elongated central body portion and opposing end portions (46, 48) extending from said central body portion, said opposing end portions being respectively anchored to said opposing headband extensions whereby said elastomeric nape-belt extends across occipital areas of the wearer's head and elastomerically self-adjusts to said wearer's head; characterized in that the opposing end portions of said nape belt include a plurality of longitudinally spaced anchor openings which releasably engage with anchors on said headband extensions whereby an elastic tension of said nape belt can be adjusted by selecting between said anchor openings, and wherein said headband extensions further include slots, said opposing end portions of said nape belt extending through said slots and engaging said anchors.
Closure device for a container, in particular a glass container, wherein the closure device has a lid element for closing the container opening, a chamber arranged on the lid element and an inner housing, wherein the chamber and the inner housing have corresponding closing means and opening means, which interact with one another so that a discharge opening assigned to the chamber can be released by a movement of the lid element relative to the inner housing, so that a medium stored in the chamber can exit into the container, and the chamber and the inner housing each have a corresponding first thread (10, 10') which is formed relative to a thread axis of rotation, wherein the first thread on the chamber is arranged so as to point radially outwards when viewed from the thread axis of rotation characterized that a second thread for connection to the container is formed on the lid element, wherein the lid element is a plastic part and comprises the second thread or the lid element is an aluminium element and comprises the moulded-on second thread and that during an unscrewing process, the second threads of the lid element and of the container separate from one another, while the first threads of the chamber and the inner housing are in an end position in which they do not twist any further to each other.