mhurhangee/ep-ind-claims huggingface dataset:
Sensor arrangement, in particular for measuring/detecting magnetic fields and/or torsions and/or mechanical stresses, characterized in that the said sensor arrangement comprises a magnetizable/magnetic, in particular soft-magnetic, electrically conductive conductor arrangement, wherein the conductor arrangement has a first conductor section in which a dynamic, in particular helical, magnetization can be generated, and has at least one second conductor section in which an, in particular helical, anisotropy is generated or can be generated, wherein a magnetization can be transported from a first conductor section to a second conductor section and can be detected by means of a voltage which is generated by means of a second conductor section on account of the magnetization transportation.
An optical device comprising: a housing; an imaging system; a switch positioned in the housing whereby the imaging system is directed to produce generated light in response to the switch being mechanically depressed and to stop generating light in response to the switch being undepressed; and an eyecup that is in mechanical communication with the switch and extending from the housing, the eyecup including an activation surface, the eyecup configured to translate into the housing and mechanically depress the switch in response to force being applied to the activation surface via an external actuator, the eyecup being configured to transmit the generated light and further seal the generated light substantially from unwanted leakage. a housing; an imaging system; a switch positioned in the housing whereby the imaging system is directed to produce generated light in response to the switch being mechanically depressed and to stop generating light in response to the switch being undepressed; and an eyecup that is in mechanical communication with the switch and extending from the housing, the eyecup including an activation surface, the eyecup configured to translate into the housing and mechanically depress the switch in response to force being applied to the activation surface via an external actuator, the eyecup being configured to transmit the generated light and further seal the generated light substantially from unwanted leakage.
A tablet for oral administration comprising: (a) a core comprising deferiprone in a therapeutically effective amount and an enteric polymer; and (b) an enteric coating comprising an enteric polymer, wherein the tablet is suitable for twice daily dosing.
Device for the diffusion of volatile substances, comprising: - a container, which holds a liquid with the volatile substances, and which includes an opening, for communication from the inside of a housing of the container to the outside; - a lid that can be attached to the container to close the opening; - a diffuser wick for controlled diffusion of volatile substances, one end of which protrudes from the lid; and - a cap covering the end of the diffuser wick which protrudes from the lid; characterised in that the container, the lid, the diffuser wick and the cap are all made of the same plastic material. - a container, which holds a liquid with the volatile substances, and which includes an opening, for communication from the inside of a housing of the container to the outside; - a lid that can be attached to the container to close the opening; - a diffuser wick for controlled diffusion of volatile substances, one end of which protrudes from the lid; and - a cap covering the end of the diffuser wick which protrudes from the lid;
Filling member for filling containers with a liquid, having a full-jet filling element for filling the container with a full jet and a filling-level probe for determining the filling level, wherein the filling-level probe is arranged beneath the full-jet filling element such that it is located in the full jet during filling, characterized in that the filling-level probe has a probe body, at the downstream end of which there is formed a flow separation edge, by which a substantially liquid-free region is formed in the region downstream thereof, and also in the region of an end side of the probe body, wherein this substantially liquid-free region is detected via its electrical, optical or fluidic effects.
A method of determining gas capacity of an adsorbent material used in a gas separation or purification process comprising the steps of: (a) taking a sample of the adsorbent material used in the gas separation process and placing the sample in a container means in a controlled environment purged with a dry test gas; (b) adsorbing the test gas onto the sample of adsorbent material; (c) measuring out a fixed volume of or weighing the sample of the adsorbent material in the controlled environment; (d) saturating the sample (10, 16) with a liquid displacing agent and displacing the adsorbed test gas from the sample (10, 16) of adsorbent material; (e) measuring the volume of test gas released from the sample (10, 16) of adsorbent material; and (f) calculating the ratio of test gas released to the weight or volume of the sample. (a) taking a sample of the adsorbent material used in the gas separation process and placing the sample in a container means in a controlled environment purged with a dry test gas; (b) adsorbing the test gas onto the sample of adsorbent material; (c) measuring out a fixed volume of or weighing the sample of the adsorbent material in the controlled environment; (d) saturating the sample (10, 16) with a liquid displacing agent and displacing the adsorbed test gas from the sample (10, 16) of adsorbent material; (e) measuring the volume of test gas released from the sample (10, 16) of adsorbent material; and (f) calculating the ratio of test gas released to the weight or volume of the sample.
Receiving part of a bone anchoring device, the receiving part comprising a first end, a second end opposite to the first end, a central axis extending through the first end and the second end, a substantially U-shaped-recess adjacent to the first end for receiving a spinal fixation element, wherein the substantially U-shaped recess forms two free legs (56a, 56b), and a bore extending from the first end in the direction of the second end and being in communication with said substantially U-shaped recess, a groove (57a, 57b; 57a', 57b', 57a", 57b"; 57a"', 57b"', 570a, 570b) in an outer surface of each of the legs (56a, 56b), wherein the groove has a first end and a second end and extends in a circumferential direction in an arcuate shape between the first end of the groove and the second end of the groove, wherein in a plane that includes the central axis and that extends through a center of each leg a contour of a surface comprises at least a first arcuate portion (501, 501', 501", 501"', 571) and a second arcuate portion (502, 502', 502", 502"', 572) opposing the first arcuate portion (501, 501', 501", 501'", 571) and wherein the contour is substantially free from straight portions.
Method for determining antenna matching in the case of a node (1-1, 1-n) that is capable of wireless communication, in which method detuning of the antenna of the node (1-1, 1-n) is reduced or compensated for on the basis of different antenna impedance matchings (S_match1-S_matchN) of an antenna matching network, characterized in that the respective DC current consumption and/or supply voltage of the power amplifier are/is measured in the case of N different antenna impedance matchings (S_match1-S_matchN), one antenna matching of the N different antenna impedance matchings (S_match1-S_matchN) is selected on the basis of the respective measurement result, and the node (1-1, 1-n) performs a respective RF transmission in the case of the N different antenna impedance matchings (S_match1-S_matchN) in order to measure the respective DC current consumption and/or supply voltage of the power amplifier. the respective DC current consumption and/or supply voltage of the power amplifier are/is measured in the case of N different antenna impedance matchings (S_match1-S_matchN), one antenna matching of the N different antenna impedance matchings (S_match1-S_matchN) is selected on the basis of the respective measurement result, and the node (1-1, 1-n) performs a respective RF transmission in the case of the N different antenna impedance matchings (S_match1-S_matchN) in order to measure the respective DC current consumption and/or supply voltage of the power amplifier.
An illumination device comprising: (i) a light diffusing optical fiber having a numerical aperture of NA LDF, wherein said light diffusing optical fiber has an outer surface, two ends, and a region with a plurality of scattering structures configured to scatter guided light via said scattering structures towards the outer surface providing scattering-induced attenuation greater than 50 dB/km at an illumination wavelength, wherein said scatter guided light diffuses through said outer surface to provide illumination; and (ii) a light source having a numerical aperture of NA S1, said light source being optically coupled to one end of said light diffusing optical fiber; characterised in that NA LDF - NA S1 >0.05., 0.05≤ NA S1 ≤ 0.30, and 0.31 ≤ NA LDF ≤ 0.52. (i) a light diffusing optical fiber having a numerical aperture of NA LDF, wherein said light diffusing optical fiber has an outer surface, two ends, and a region with a plurality of scattering structures configured to scatter guided light via said scattering structures towards the outer surface providing scattering-induced attenuation greater than 50 dB/km at an illumination wavelength, wherein said scatter guided light diffuses through said outer surface to provide illumination; and (ii) a light source having a numerical aperture of NA S1, said light source being optically coupled to one end of said light diffusing optical fiber;
A method for transmitting access control information, comprising: transmitting to a User Equipment, UE, an access control information list and a mapping relationship between each group of access control parameters in the access control information list and an access control group, wherein the mapping relationship is recorded as: a correspondence between each access control group identity and list index number; or a correspondence between each list index number and access control group identities, wherein the list index number is a sequence number of each group of access control parameters in the access control information list; the access control parameters comprise at least one of a control factor parameter, a control timer parameter, and a high-priority access identity state parameter; characterized in that a maximum number of the list index number is less than a maximum quantity of access control group identities. transmitting to a User Equipment, UE, an access control information list and a mapping relationship between each group of access control parameters in the access control information list and an access control group, wherein the mapping relationship is recorded as: a correspondence between each access control group identity and list index number; or a correspondence between each list index number and access control group identities, wherein the list index number is a sequence number of each group of access control parameters in the access control information list; the access control parameters comprise at least one of a control factor parameter, a control timer parameter, and a high-priority access identity state parameter; characterized in that a maximum number of the list index number is less than a maximum quantity of access control group identities. a correspondence between each access control group identity and list index number; or a correspondence between each list index number and access control group identities, wherein the list index number is a sequence number of each group of access control parameters in the access control information list; the access control parameters comprise at least one of a control factor parameter, a control timer parameter, and a high-priority access identity state parameter; characterized in that a maximum number of the list index number is less than a maximum quantity of access control group identities.
A battery post cover comprising a terminal assembly for measuring electrical current passing to and from a battery post, wherein the battery post cover is retrofittable onto the covers of an existing battery, the terminal assembly comprising: - an electrically conductive collar having an inner surface for contacting a battery post; - an electrically conductive terminal forming a second post configured to receive a cable clamp which is configured for mounting on the battery post thereby allowing to retrofit a battery having said battery post with said terminal assembly without modification; and characterized by - an electrically conductive resistor having a known resistance extending between outer surfaces of the collar and the terminal thereby forming a single unit, wherein current flow from the battery post travels through the resistor from the collar to the terminal and current flow to the post travels through the resistor from the terminal to the collar. - an electrically conductive collar having an inner surface for contacting a battery post; - an electrically conductive terminal forming a second post configured to receive a cable clamp which is configured for mounting on the battery post thereby allowing to retrofit a battery having said battery post with said terminal assembly without modification; and characterized by - an electrically conductive resistor having a known resistance extending between outer surfaces of the collar and the terminal thereby forming a single unit, wherein current flow from the battery post travels through the resistor from the collar to the terminal and current flow to the post travels through the resistor from the terminal to the collar.
A laundry treatment apparatus comprising: a cabinet including a laundry opening into which laundry having mass is introduced; a drum rotatably placed within the cabinet to store the laundry therein, the drum including a drum opening communicating with the laundry opening; and a balancing unit to attenuate unbalance of the drum caused by a nonuniform mass distribution of the laundry by locally increasing load of the drum via a supply of liquid to the balancing unit, wherein the balancing unit includes a plurality of balancers mounted to the drum to store liquid therein, the balancers being spaced apart from one another by the same angle around a rotation center of the drum, wherein each of the balancers includes: a receptacle (551/552) mounted to an inner circumferential surface of the drum, the receptacle providing an inner space for storage of liquid; an inlet formed at the receptacle, through which the liquid is introduced into the receptacle; and characterized by a guide plate to divide the inner space of the receptacle (551/552) into an upper space facing the rotation center of the drum and a lower space facing the inner circumferential surface of the drum, the guide plate allowing the liquid introduced through the inlet to move from a center of the receptacle to an edge of the receptacle. a cabinet including a laundry opening into which laundry having mass is introduced; a drum rotatably placed within the cabinet to store the laundry therein, the drum including a drum opening communicating with the laundry opening; and a balancing unit to attenuate unbalance of the drum caused by a nonuniform mass distribution of the laundry by locally increasing load of the drum via a supply of liquid to the balancing unit, wherein the balancing unit includes a plurality of balancers mounted to the drum to store liquid therein, the balancers being spaced apart from one another by the same angle around a rotation center of the drum, wherein each of the balancers includes: a receptacle (551/552) mounted to an inner circumferential surface of the drum, the receptacle providing an inner space for storage of liquid; an inlet formed at the receptacle, through which the liquid is introduced into the receptacle; and characterized by a guide plate to divide the inner space of the receptacle (551/552) into an upper space facing the rotation center of the drum and a lower space facing the inner circumferential surface of the drum, the guide plate allowing the liquid introduced through the inlet to move from a center of the receptacle to an edge of the receptacle. a receptacle (551/552) mounted to an inner circumferential surface of the drum, the receptacle providing an inner space for storage of liquid; an inlet formed at the receptacle, through which the liquid is introduced into the receptacle; and characterized by a guide plate to divide the inner space of the receptacle (551/552) into an upper space facing the rotation center of the drum and a lower space facing the inner circumferential surface of the drum, the guide plate allowing the liquid introduced through the inlet to move from a center of the receptacle to an edge of the receptacle.
A process for the preparation of a composition useful as an inert component for the formulation of concrete, comprising the following steps, preferably in the order indicated: a) preselection and selection of a starting waste material, b) screening, c) optional storage, d) demetallization, e) storage, f) - suitable mixing of the material obtained from step e) with a superfluidizing additive, preferably an aqueous solution having a concentration comprised between 25% and 35% by weight of acrylic polymers, free from formaldehyde; - addition of cement; - addition of an anionic acrylic polymer, preferably anionic polyacrylamide; and - subsequent addition of aluminium sulphate, g) first controlled curing, preferably for a time comprised between 1 and 24 hours, h) crushing, i) second curing, preferably for at least 5 days. a) preselection and selection of a starting waste material, b) screening, c) optional storage, d) demetallization, e) storage, f) - suitable mixing of the material obtained from step e) with a superfluidizing additive, preferably an aqueous solution having a concentration comprised between 25% and 35% by weight of acrylic polymers, free from formaldehyde; - addition of cement; - addition of an anionic acrylic polymer, preferably anionic polyacrylamide; and - subsequent addition of aluminium sulphate, - suitable mixing of the material obtained from step e) with a superfluidizing additive, preferably an aqueous solution having a concentration comprised between 25% and 35% by weight of acrylic polymers, free from formaldehyde; - addition of cement; - addition of an anionic acrylic polymer, preferably anionic polyacrylamide; and - subsequent addition of aluminium sulphate, g) first controlled curing, preferably for a time comprised between 1 and 24 hours, h) crushing, i) second curing, preferably for at least 5 days.
A humanised antibody or fragment thereof which is capable of binding Lymphocyte Activation Gene 3 (LAG-3) and which comprises a) the variable light chain of SEQ ID NO. 4 and b) the variable heavy chain of SEQ ID NO. 9.
A slide rail assembly, configured to install a chassis onto a rack, the slide rail assembly comprising: a first rail defining a first passage along a first direction; a second rail (30, 40) linearly movable within the first passage of the first rail; a bracket connected to an end of the first rail; and characterized by: a supporting base movably arranged on the bracket and movable along the first direction relative to the bracket, the supporting base comprising a first supporting portion defining a supporting passage aligned to the first passage, the supporting base configured to allow the second rail (30, 40) to move into the supporting passage; wherein the first rail and the bracket are arranged at different planes along a second direction, the second direction is perpendicular to the first direction. a first rail defining a first passage along a first direction; a second rail (30, 40) linearly movable within the first passage of the first rail; a bracket connected to an end of the first rail; and characterized by: a supporting base movably arranged on the bracket and movable along the first direction relative to the bracket, the supporting base comprising a first supporting portion defining a supporting passage aligned to the first passage, the supporting base configured to allow the second rail (30, 40) to move into the supporting passage; wherein the first rail and the bracket are arranged at different planes along a second direction, the second direction is perpendicular to the first direction. a supporting base movably arranged on the bracket and movable along the first direction relative to the bracket, the supporting base comprising a first supporting portion defining a supporting passage aligned to the first passage, the supporting base configured to allow the second rail (30, 40) to move into the supporting passage; wherein the first rail and the bracket are arranged at different planes along a second direction, the second direction is perpendicular to the first direction.
A fish feed pellet comprising fish meal, characterized in that said pellet comprises a vegetable protein hydrolysate and wheat gluten, wherein the wheat gluten content varies between 8 and 39 wt.% of the pellet, in a ratio of wheat gluten: vegetable protein hydrolysate of 5:1 - 20:1.
Component carrier for carrying components in nacelles of wind turbines, comprising a carrier element, the components being fastened thereon, and at least one flexible attachment plate with in each case two points of attachment for attaching the carrier element to a carrying structure of the wind turbine, wherein the at least one attachment plate can be connected, at its one point of attachment, to the carrier element and, at its other point of attachment, to the carrying structure, and wherein the length (l) of the attachment plate between the two points of attachment is greater than the distance (d) between the two points of attachment, movement of the two points of attachment relative to one another therefore being possible, wherein a corresponding relative movement results in flexural deformation of the attachment plate.