mhurhangee/ep-ind-claims huggingface dataset:
A unidirectional buffer (100; 302-310) comprising: an input terminal for receiving quantum signals via a Josephson transmission line configured to propagate signals in a first direction, wherein the unidirectional buffer is configured to propagate quantum signals in only the first direction and not in a second direction opposite to the first direction, the unidirectional buffer further comprising: a first inductive element coupled between the input terminal and a second terminal; a first Josephson junction coupled between the second terminal and a ground terminal; a second inductive element coupled between the second terminal and a third terminal; and a second Josephson junction coupled between the third terminal and the ground terminal, wherein the second inductive element is configured to form an inductive loop comprising the first Josephson junction, the second inductive element, and the second Josephson junction, characterised in that the first Josephson junction has a corresponding first critical current value and the second Josephson junction has a corresponding second critical current value, and wherein the first critical current value is 1.1 to 1.4 times the second critical current value. a first inductive element coupled between the input terminal and a second terminal; a first Josephson junction coupled between the second terminal and a ground terminal; a second inductive element coupled between the second terminal and a third terminal; and a second Josephson junction coupled between the third terminal and the ground terminal, wherein the second inductive element is configured to form an inductive loop comprising the first Josephson junction, the second inductive element, and the second Josephson junction, characterised in that the first Josephson junction has a corresponding first critical current value and the second Josephson junction has a corresponding second critical current value, and wherein the first critical current value is 1.1 to 1.4 times the second critical current value.
A device for holding prosthetic teeth, the device comprising a negative form and at least one clamping unit (6, 56), wherein recesses for holding coronal sides of the prosthetic teeth are provided in the negative form, wherein the recesses are formed in such a manner that the prosthetic teeth can be inserted in an unequivocally position and orientation into the recesses, wherein the at least one clamping unit (6, 56) is affixable or is affixed to the negative form with a connecting means (10, 20, 40), and wherein the at least one clamping unit (6, 56) has at least one elastic holding means (8, 28, 38, 58), wherein with the at least one elastic holding means (8, 28, 38, 58), an elastic force is exercisable or is exerted from at least two different directions onto the prosthetic teeth inserted into the negative form, while the at least one clamping unit (6, 56) is affixed to the negative form, such that the prosthetic teeth are affixed in the device.
A method for provisioning a multicast stream in a network, wherein the network includes a first tier having a first Multicast Address Discovery MCAD directory and a second tier having a headend that includes a second MCAD directory (36, 38) and at least one MCAD-enabled device, wherein the first MCAD directory is coupled to the second level MCAD directory (36, 38), comprising: transmitting a query from the MCAD-enabled device to the second MCAD directory (36, 38) to initiate a provisioning request, the query for a first stream descriptor for a first multicast stream; responsive to the second MCAD directory (36, 38) including the first stream description, receiving, at the MCAD-enabled device, the first stream descriptor from the second MCAD directory (36, 38); responsive to the second MCAD directory (36, 38) not including the first stream descriptor, receiving, at the MCAD-enabled device, the first stream descriptor retrieved from the first MCAD directory by the second MCAD directory (36, 38) and stored by the second MCAD directory (36, 38); parsing, by the MCAD-enabled device, the first stream descriptor to obtain at least one set of video stream information including configuration values for processing the first multicast stream from the first stream descriptor; and provisioning, by the MCAD-enabled device, the first multicast stream using the configuration values for processing the first multicast stream from the at least one set of video stream information from the first stream descriptor. transmitting a query from the MCAD-enabled device to the second MCAD directory (36, 38) to initiate a provisioning request, the query for a first stream descriptor for a first multicast stream; responsive to the second MCAD directory (36, 38) including the first stream description, receiving, at the MCAD-enabled device, the first stream descriptor from the second MCAD directory (36, 38); responsive to the second MCAD directory (36, 38) not including the first stream descriptor, receiving, at the MCAD-enabled device, the first stream descriptor retrieved from the first MCAD directory by the second MCAD directory (36, 38) and stored by the second MCAD directory (36, 38); parsing, by the MCAD-enabled device, the first stream descriptor to obtain at least one set of video stream information including configuration values for processing the first multicast stream from the first stream descriptor; and provisioning, by the MCAD-enabled device, the first multicast stream using the configuration values for processing the first multicast stream from the at least one set of video stream information from the first stream descriptor.
A method of displaying a medical image, the method comprising: obtaining a strain (S210, S325) for each of one or more segments included in a heart; generating an image (S220, S380) of the heart indicating the segment of which the strain is a predetermined value and including information that indicates a time when the strain reaches the predetermined value; and displaying the image (S230, S390), wherein the segment and the time are displayed together on the image, wherein the information indicating the time includes a difference between a reference time and an actual time when the strain reaches the predetermined value, wherein, when two or more segments exist in the step of obtaining a strain, the reference time is a time when an average of the strain of the segments reaches the predetermined value, and wherein the information indicating the time includes a time difference indicating how sooner or later the strain reaches the predetermined value with respect to the reference time. obtaining a strain (S210, S325) for each of one or more segments included in a heart; generating an image (S220, S380) of the heart indicating the segment of which the strain is a predetermined value and including information that indicates a time when the strain reaches the predetermined value; and displaying the image (S230, S390), wherein the segment and the time are displayed together on the image, wherein the information indicating the time includes a difference between a reference time and an actual time when the strain reaches the predetermined value, wherein, when two or more segments exist in the step of obtaining a strain, the reference time is a time when an average of the strain of the segments reaches the predetermined value, and wherein the information indicating the time includes a time difference indicating how sooner or later the strain reaches the predetermined value with respect to the reference time.
A medicament comprising a) a therapeutically effective amount of the compound of the formula [(A 1)(A 2)](Na) y • x H 2 O wherein A 1 is S-N-valeryl-N-{[2'-(1H-tetrazole-5-yl)-biphenyl-4-yl]-methyl}-valine in its anionic form; A 2 is (2R,4S)-5-biphenyl-4-yl-4-(3-carboxy-propionylamino)-2-methyl-pentanoic acid ethyl ester in its anionic form; Na is a sodium ion; y is 3; and x is 0 to 3; or b) a combination comprising a therapeutically effective amount of a 1:1 molar ratio of (i) valsartan or a pharmaceutically acceptable salt thereof; and (ii) sacubitril or a pharmaceutically acceptable salt thereof, for the use of preventing or delaying time to first occurrence of cardiovascular death in a human patient suffering from chronic systolic heart failure with reduced ejection fraction. a) a therapeutically effective amount of the compound of the formula [(A 1)(A 2)](Na) y • x H 2 O wherein A 1 is S-N-valeryl-N-{[2'-(1H-tetrazole-5-yl)-biphenyl-4-yl]-methyl}-valine in its anionic form; A 2 is (2R,4S)-5-biphenyl-4-yl-4-(3-carboxy-propionylamino)-2-methyl-pentanoic acid ethyl ester in its anionic form; Na is a sodium ion; y is 3; and x is 0 to 3; or A 1 is S-N-valeryl-N-{[2'-(1H-tetrazole-5-yl)-biphenyl-4-yl]-methyl}-valine in its anionic form; A 2 is (2R,4S)-5-biphenyl-4-yl-4-(3-carboxy-propionylamino)-2-methyl-pentanoic acid ethyl ester in its anionic form; Na is a sodium ion; y is 3; and x is 0 to 3; b) a combination comprising a therapeutically effective amount of a 1:1 molar ratio of (i) valsartan or a pharmaceutically acceptable salt thereof; and (ii) sacubitril or a pharmaceutically acceptable salt thereof, for the use of preventing or delaying time to first occurrence of cardiovascular death in a human patient suffering from chronic systolic heart failure with reduced ejection fraction. (i) valsartan or a pharmaceutically acceptable salt thereof; and (ii) sacubitril or a pharmaceutically acceptable salt thereof,
A connection adapter that is designed to mechanically interconnect at least two housings or plug connector housings for receiving electric connecting parts having at least one connection adapter receptacle that corresponds at least partially to the shape of the connection adapter, wherein the connection adapter forms two U-shaped connection adapter parts, wherein two retaining webs (14, 15) with an interposed groove are provided on at least two diametrically opposed outer sides (11, 12) of the connection adapter, which retaining webs (14, 15) provide a receiving space for one housing wall section of each housing in such a way that, when the connection adapter is in the installed state, two of the retaining webs (14, 15) respectively engage behind a housing wall section in the connection adapter receptacles on the housing side, thereby fixing the housings to one another, wherein the connection adapter is composed of a first and a second connection adapter part (20, 30) that are embodied as identical hermaphroditic parts, wherein, in the assembled state, the second connection adapter part interconnects two legs of the first connection adapter part, thereby forming a circumferentially closed cuboid shape with an opening for feeding cable through, characterized in that the two connection adapter parts (20, 30) each have a ramp-like web on one leg which, in the assembled state, extends into a corresponding recess on the respective other connection adapter part (20, 30). wherein the connection adapter forms two U-shaped connection adapter parts, wherein two retaining webs (14, 15) with an interposed groove are provided on at least two diametrically opposed outer sides (11, 12) of the connection adapter, which retaining webs (14, 15) provide a receiving space for one housing wall section of each housing in such a way that, when the connection adapter is in the installed state, two of the retaining webs (14, 15) respectively engage behind a housing wall section in the connection adapter receptacles on the housing side, thereby fixing the housings to one another, wherein the connection adapter is composed of a first and a second connection adapter part (20, 30) that are embodied as identical hermaphroditic parts, wherein, in the assembled state, the second connection adapter part interconnects two legs of the first connection adapter part, thereby forming a circumferentially closed cuboid shape with an opening for feeding cable through, characterized in that the two connection adapter parts (20, 30) each have a ramp-like web on one leg which, in the assembled state, extends into a corresponding recess on the respective other connection adapter part (20, 30).
A vehicle shock absorber system mounted between a wheel axle support of the vehicle and a different portion of the vehicle, comprising: a primary pressure cylinder comprising upper and lower primary chambers separated by a primary piston head, wherein said primary piston head is connected to said wheel axle support of the vehicle, and said primary pressure cylinder is connected to said different portion of the vehicle, configured with a predetermined primary damping resistance value (R 1) when fluid is moved therein by movement of said primary piston head; an auxiliary pressure cylinder comprising upper and lower auxiliary chambers separated by an auxiliary piston head, configured with a predetermined auxiliary damping resistance value (R 2) when fluid is moved into one of said auxiliary chambers; a first connection conduit connecting said upper primary chamber and said upper auxiliary chamber; a second connection conduit connecting said lower primary chamber and said lower auxiliary chamber; a cylinder valve arrangement configured to regulate fluid flow to said auxiliary pressure cylinder; a bypass conduit connecting said upper and lower primary chambers (12A, 12B) configured with a predetermined bypass resistance value (R 3); and a bypass valve arrangement configured to regulate fluid flow through said bypass conduit. a primary pressure cylinder comprising upper and lower primary chambers separated by a primary piston head, wherein said primary piston head is connected to said wheel axle support of the vehicle, and said primary pressure cylinder is connected to said different portion of the vehicle, configured with a predetermined primary damping resistance value (R 1) when fluid is moved therein by movement of said primary piston head; an auxiliary pressure cylinder comprising upper and lower auxiliary chambers separated by an auxiliary piston head, configured with a predetermined auxiliary damping resistance value (R 2) when fluid is moved into one of said auxiliary chambers; a first connection conduit connecting said upper primary chamber and said upper auxiliary chamber; a second connection conduit connecting said lower primary chamber and said lower auxiliary chamber; a cylinder valve arrangement configured to regulate fluid flow to said auxiliary pressure cylinder; a bypass conduit connecting said upper and lower primary chambers (12A, 12B) configured with a predetermined bypass resistance value (R 3); and a bypass valve arrangement configured to regulate fluid flow through said bypass conduit.
Device for mounting and/or dismantling staves on/from an inner wall of a shaft furnace, the device comprising a circular monorail for supporting at least one stave positioning hoist, characterized in that the monorail is divided into at least four separate arc portions, wherein each arc portion is connected to a neighboring arc portion by means of a rotatable connection; wherein the arc portions are moveable between an unfolded position, in which the arc portions form a circular monorail, and a folded position, in which a cross-section of the monorail is elongate and thin.
Device for dispensing goods, with a receptacle for goods and a number of sensors, which detect and identify at least one good located in the receptacle based on an integration of data concerning the weight and optical properties of the good. The device is designed to automatically detect a movement and/or removal and/or filling of at least one good by a user and has an evaluation unit, which is designed to link various sensor data concerning a good to a sensor data fusion object, allowing a unique identification of the individual good. The linking of the sensor data to a sensor data fusion object occurs in real-time, with no or only minimal delay between the data capture by the sensors and the data processing into a sensor fusion object. Characterized in that the device has at least one sensor designed to detect weight changes and their coordinates on a support surface on which the at least one good rests, and the device also has an evaluation unit designed to determine a cumulative total weight from the detected positive and negative weight changes on the support surface.
Apparatus for non-invasive in vivo measurement by Raman spectroscopy of glucose present in interstitial fluid in the skin of a subject, comprising a light source, first optical components (101, 105) defining a light path from said light source to a measurement location beneath the surface of the skin, a light detection unit, second optical components (101, 109) defining a return path for Raman scattered light from said measurement location to said light detection unit, and a skin engaging member having a distal surface for defining in use the position of said first and second optical components with respect to said surface of said skin, wherein said second optical components (101,109) defining a return path for Raman scattered light are adapted to selectively transmit to said light detection unit light scattered from near said measurement location such that at least 50% of Raman scattered light received at the light detection unit originates at depths from 60 to 400 μm beyond said distal surface of the skin engaging member, and characterized in that said first optical components (101,105) defining a light path from said light source to a measurement location beneath the surface of the skin are adapted to focus the light emitted from said light source to a depth located at from 200 to 300 μm beyond said distal surface of said skin engaging member.
Suspension plate for fixing to a ceiling, divided into a plurality of adjacent functional portions (2, 13, 24), including a first fixing portion configured to be fixed to a ceiling, and a second portion configured for reception of a threaded organ, the said portions each being separated from another by a bending zone (10, 15) to be foldable one towards the other two by two, characterized in that said suspension plate comprises an adjacent portion between said first and second portions and connected thereto by bending zones (10, 15), in that said second and adjacent portions are bent and folded back one towards the other at right-angles and the bending zone connecting said second and adjacent portions is reinforced by stop reinforcements (20, 21) stamped in said bending zone, and in that said first and adjacent portions are intended to be bent and folded back in order for the first portion to be quite parallel with said second portion and the bending zone connecting said first and adjacent portions is weakened by at least one notch (11, 12) configured for reception of a flexible strand.
A method for managing wireless resources by a first communication entity in a wireless communication system, the method comprising: receiving information as to whether User Equipment, UE, devices participate in coordination between radio access points; calculating, based on the received information, ratio information for generating coordinated multi-point transmission and reception, CoMP, information, the ratio information including at least one of: the ratio of the number of User Equipment, UE, devices that participate in coordination between radio access points to the total number of UE devices, and the ratio of the number of UE devices that do not participate in coordination between radio access points to the total number of UE devices; transmitting, to a second communication entity, the ratio information; receiving, from the second communication entity, a first load information message including first CoMP information; receiving, from the second communication entity, a second load information message including second CoMP information; determining the first CoMP information as valid until an update from the first CoMP information to the second CoMP information is considered valid; and applying the first CoMP information to manage the wireless resources until the update from the first CoMP information to the second CoMP information is considered valid. receiving information as to whether User Equipment, UE, devices participate in coordination between radio access points; calculating, based on the received information, ratio information for generating coordinated multi-point transmission and reception, CoMP, information, the ratio information including at least one of: the ratio of the number of User Equipment, UE, devices that participate in coordination between radio access points to the total number of UE devices, and the ratio of the number of UE devices that do not participate in coordination between radio access points to the total number of UE devices; transmitting, to a second communication entity, the ratio information; receiving, from the second communication entity, a first load information message including first CoMP information; receiving, from the second communication entity, a second load information message including second CoMP information; determining the first CoMP information as valid until an update from the first CoMP information to the second CoMP information is considered valid; and applying the first CoMP information to manage the wireless resources until the update from the first CoMP information to the second CoMP information is considered valid.
A pipe coupling for connecting two pipe ends or a pipe clip for sealing a defective pipe, comprising an outer clip band, which has at least one outer longitudinal slit (56, 58) with mutually opposing outer longitudinal slit sides (45, 50; 47, 51), an inner clip band, which has at least one inner longitudinal slit (76, 78) with mutually opposing inner longitudinal slit sides (63, 68; 64, 69), and at least one clamping mechanism (81, 83) for reducing the inner diameter of the clip bands (42, 61), wherein the outer clip band has at least a two-part design, wherein a respective outer longitudinal slit (56, 58) is formed between the ends of the at least two outer clip band parts (43, 48), wherein the inner clip band has at least a two-part design, wherein a respective inner longitudinal slit (76, 78) is formed between the ends of the at least two inner clip band parts (62, 67), wherein at least one of the inner longitudinal slits (76, 78) is offset relative to one of the outer longitudinal slits (56, 58), characterized in that one of the at least two inner clip band parts has a larger arc length than one of the at least two outlying outer clip band parts.
A method for activating or deactivating uplink closed loop transmit diversity, CLTD, the method comprising: receiving an order type and an order mapping via a high speed shared control channel, HS-SCCH, order; determining an activation status of CLTD based on the order type and the order mapping, wherein the order type comprises three bits '011' indicating the activation status of CLTD; and applying the activation status of CLTD based on the order type and the order mapping. receiving an order type and an order mapping via a high speed shared control channel, HS-SCCH, order; determining an activation status of CLTD based on the order type and the order mapping, wherein the order type comprises three bits '011' indicating the activation status of CLTD; and applying the activation status of CLTD based on the order type and the order mapping.