mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula or a pharmaceutically acceptable salt thereof: wherein: R 2 is selected from the group of hydrogen, halogen, C 1 -C 6 alkoxyl, and halo C 1 -C 6 alkoxyl; X = O, N or S; Y = O, N or S; m = 0, 1 or 2; and R 11, R 12, R 13 and R 14 are each independently selected from the group of hydrogen, C 1 -C 6 alkyl, and C 3 -C 10 cycloalkyl, wherein R 11 or R 12 and R 13 or R 14 are taken together with the attached carbon atoms to form a 5 to 10-membered ring or heterocyclyl; or, R 11, R 12 or R 13, R 14 are taken together with the attached heteroatoms to form a 5 to 10-membered ring or heterocyclyl. R 2 is selected from the group of hydrogen, halogen, C 1 -C 6 alkoxyl, and halo C 1 -C 6 alkoxyl; X = O, N or S; Y = O, N or S; m = 0, 1 or 2; and R 11, R 12, R 13 and R 14 are each independently selected from the group of hydrogen, C 1 -C 6 alkyl, and C 3 -C 10 cycloalkyl, wherein R 11 or R 12 and R 13 or R 14 are taken together with the attached carbon atoms to form a 5 to 10-membered ring or heterocyclyl; or, R 11, R 12 or R 13, R 14 are taken together with the attached heteroatoms to form a 5 to 10-membered ring or heterocyclyl.
A User Equipment, UE, for determining separate channel state information, CSI, for a flexible subframe in a wireless communication system applying time division duplex, TDD, the UE comprising: a processing circuitry configured to: receive a signal from a base station in a scheduled downlink flexible subframe; determine (104, 204) whether a reference signal for channel state information, CSI, measurement is comprised in the received signal; determine (106, 206, 403) CSI for the flexible subframe based on the reference signal when a reference signal for CSI measurement is comprised in the received signal; and report (107, 207) the determined CSI to the base station, wherein the determined CSI is reported to the base station in one or more configured uplink resources until at least one of the following is fulfilled: a predefined time period has elapsed after the determining of the CSI; the CSI has been reported a predefined number of times; and a more recent CSI for a flexible subframe is determined. receive a signal from a base station in a scheduled downlink flexible subframe; determine (104, 204) whether a reference signal for channel state information, CSI, measurement is comprised in the received signal; determine (106, 206, 403) CSI for the flexible subframe based on the reference signal when a reference signal for CSI measurement is comprised in the received signal; and report (107, 207) the determined CSI to the base station, wherein the determined CSI is reported to the base station in one or more configured uplink resources until at least one of the following is fulfilled: a predefined time period has elapsed after the determining of the CSI; the CSI has been reported a predefined number of times; and a more recent CSI for a flexible subframe is determined. a predefined time period has elapsed after the determining of the CSI; the CSI has been reported a predefined number of times; and a more recent CSI for a flexible subframe is determined.
A flow splitter for distributing solid particles flowing in a fluid through a piping system, the flow splitter comprising: a) a divider housing having an inlet configured to connect to an upstream pipe and having an outlet configured to connect to a plurality of downstream pipes; b) a divider body mounted within the divider housing, wherein the divider body is mounted concentric within the divider housing, and the divider body has a conical shape and diverges in a direction from the inlet of the divider housing to the outlet thereof c) a plurality of divider vanes, wherein the divider housing, divider body, and divider vanes are configured and adapted to reduce non-uniformity in particle concentration from the inlet and to supply a substantially equal particle flow from the outlet to each of the downstream pipes, characterized in that the plurality of divider vanes extend from the divider body to the divider housing and the inlet of the divider housing is castellated around its periphery with peripherally spaced teeth that project radially inward and wherein the divider body extends from the inlet of the divider housing to the outlet thereof, and wherein the divider vanes extend from the inlet to the outlet. a) a divider housing having an inlet configured to connect to an upstream pipe and having an outlet configured to connect to a plurality of downstream pipes; b) a divider body mounted within the divider housing, wherein the divider body is mounted concentric within the divider housing, and the divider body has a conical shape and diverges in a direction from the inlet of the divider housing to the outlet thereof c) a plurality of divider vanes, wherein the divider housing, divider body, and divider vanes are configured and adapted to reduce non-uniformity in particle concentration from the inlet and to supply a substantially equal particle flow from the outlet to each of the downstream pipes,
A vascular occlusion device (1200a, 1200e), comprising: a frame (1206a, 1206e) comprising a proximal embolic zone (1204a, 1204e) and a distal anchoring zone (1202a, 1202e) separated by a hub (1205a, 1205e); the proximal and distal zones self-expandable from a constrained diameter to an unconstrained diameter of at least about 500% of the constrained diameter; a membrane (1208a, 1208e) carried by the proximal embolic zone (1204a, 1204e); a guidewire lumen (1252a, 1252e) through the hub (1205a, 1205e), to permit placement over a guidewire; and a valve (1250a, 1250e) in communication with the guidewire lumen (1252a, 1252e), the valve (1250a, 1250e) configured to occlude the guidewire lumen (1252a, 1252e) following removal of the guidewire; wherein each of the proximal embolic zone (1204a, 1204e) and the distal anchoring zone (1202a, 1202e) are connected to the hub (1205a, 1205e) by a plurality of struts which incline radially outwardly in their respective directions away from the hub (1205a, 1205e), wherein struts at a distal end of the occlusion device (1200a, 1200e) anchor the distal anchoring zone (1202a, 1202e) in a vessel, and wherein the valve (1250a, 1250e) comprises a collapsible tube extending from the hub (1205a, 1205e) into the proximal embolic zone (1204a, 1204e). a frame (1206a, 1206e) comprising a proximal embolic zone (1204a, 1204e) and a distal anchoring zone (1202a, 1202e) separated by a hub (1205a, 1205e); the proximal and distal zones self-expandable from a constrained diameter to an unconstrained diameter of at least about 500% of the constrained diameter; a membrane (1208a, 1208e) carried by the proximal embolic zone (1204a, 1204e); a guidewire lumen (1252a, 1252e) through the hub (1205a, 1205e), to permit placement over a guidewire; and a valve (1250a, 1250e) in communication with the guidewire lumen (1252a, 1252e), the valve (1250a, 1250e) configured to occlude the guidewire lumen (1252a, 1252e) following removal of the guidewire; wherein each of the proximal embolic zone (1204a, 1204e) and the distal anchoring zone (1202a, 1202e) are connected to the hub (1205a, 1205e) by a plurality of struts which incline radially outwardly in their respective directions away from the hub (1205a, 1205e), wherein struts at a distal end of the occlusion device (1200a, 1200e) anchor the distal anchoring zone (1202a, 1202e) in a vessel, and wherein the valve (1250a, 1250e) comprises a collapsible tube extending from the hub (1205a, 1205e) into the proximal embolic zone (1204a, 1204e).
A device for imparting an orbital angular momentum to a charged particle wave propagating along an axis in a charged particle beam generating apparatus, the device comprising - a first conductive element comprising a plurality of angularly spaced electrical conductors arranged around the axis, - a second conductive element, in which said first conductive element and said second conductive element are spaced apart along the direction of said axis, and in which said first conductive element and said second conductive element are adapted for transmitting a charged particle wave propagating along said axis, and - a connecting means for supplying an electrical potential difference over said first conductive element and said second conductive element, wherein - said connecting means is adapted for supplying an electrical potential to said plurality of angularly spaced electrical conductors for inducing an angular gradient of the phase of the charged particle wave when transmitted along said axis, in which the projection along said axis of said electrical potential varies as function of an angular position with respect to said axis. - a first conductive element comprising a plurality of angularly spaced electrical conductors arranged around the axis, - a second conductive element, in which said first conductive element and said second conductive element are spaced apart along the direction of said axis, and in which said first conductive element and said second conductive element are adapted for transmitting a charged particle wave propagating along said axis, and - a connecting means for supplying an electrical potential difference over said first conductive element and said second conductive element, - said connecting means is adapted for supplying an electrical potential to said plurality of angularly spaced electrical conductors for inducing an angular gradient of the phase of the charged particle wave when transmitted along said axis, in which the projection along said axis of said electrical potential varies as function of an angular position with respect to said axis.
A random access method, comprising: receiving, by a terminal device, a first control channel resource set used to monitor a common physical downlink control channel, PDCCH, and a second control channel resource set used to monitor a specific PDCCH that are sent by a network device, wherein the first control channel resource set corresponds to a first search space, and the second control channel resource set corresponds to a second search space; sending, by the terminal device, a first message to the network device, wherein the first message comprises a random access preamble and a physical uplink shared channel PUSCH; monitoring, by the terminal device, the second search space to receive the specific PDCCH, wherein the specific PDCCH is used to schedule the PDSCH that carries the response message of the first message, and the response message comprises the response to the PUSCH; and monitoring, by the terminal device, the first search space to receive the common PDCCH, wherein the common PDCCH is used to schedule the PDSCH that carries the response message of the first message, and the response message comprises the response to the random access preamble. receiving, by a terminal device, a first control channel resource set used to monitor a common physical downlink control channel, PDCCH, and a second control channel resource set used to monitor a specific PDCCH that are sent by a network device, wherein the first control channel resource set corresponds to a first search space, and the second control channel resource set corresponds to a second search space; sending, by the terminal device, a first message to the network device, wherein the first message comprises a random access preamble and a physical uplink shared channel PUSCH; monitoring, by the terminal device, the second search space to receive the specific PDCCH, wherein the specific PDCCH is used to schedule the PDSCH that carries the response message of the first message, and the response message comprises the response to the PUSCH; and monitoring, by the terminal device, the first search space to receive the common PDCCH, wherein the common PDCCH is used to schedule the PDSCH that carries the response message of the first message, and the response message comprises the response to the random access preamble.
Hydraulic circuit for moving and positioning a hydraulic consumer, having a hydraulic consumer, having a first flow path and a second flow path for supplying the hydraulic consumer with pressure medium supply, and a hydraulic machine, by way of which, together with the first flow path, the hydraulic consumer and the second flow path, a closed hydraulic circuit can be formed, and a drive for driving the hydraulic machine, and a replenishing valve arrangement (12, 14) for feeding pressure medium to a low pressure side of the hydraulic machine, and a pressure protection valve arrangement (16, 18) for limiting a pressure in the closed hydraulic circuit to a predefined value, and a pressure medium reservoir for feeding pressure medium to the low pressure side of the hydraulic machine, an additional hydraulic machine for supplying the hydraulic consumer with pressure medium being provided fluidically in parallel with the hydraulic machine, which additional hydraulic machine can be driven by means of a drive which is assigned to it, characterized in that the additional hydraulic machine can be decoupled from the closed hydraulic circuit by means of a valve arrangement (32, 24) as soon as it is not driven.
A system for use with a user with motor impairment, comprising: electrodes configured to be positioned on or in the user's head, wherein said electrodes, when positioned on or in the user's head, are capable of sensing neural signals from the brain of the user; stimulation electrodes configured to be positioned on a specific body part of the user; and a processing unit connected to receive neural signals from the electrodes, wherein said processing unit is capable of: receiving electrical signals from the electrodes positioned on or in the user's head, determining an intent to move a specific body part of the user from the electrical signals, and determining a focus level of the user from the electrical signals received from the electrodes; and based on the intent to move and the focus level, delivering electrical stimulation through the stimulation electrodes positioned on the specific body part of the user to cause movement of the specific body part. electrodes configured to be positioned on or in the user's head, wherein said electrodes, when positioned on or in the user's head, are capable of sensing neural signals from the brain of the user; stimulation electrodes configured to be positioned on a specific body part of the user; and a processing unit connected to receive neural signals from the electrodes, wherein said processing unit is capable of: receiving electrical signals from the electrodes positioned on or in the user's head, determining an intent to move a specific body part of the user from the electrical signals, and determining a focus level of the user from the electrical signals received from the electrodes; and based on the intent to move and the focus level, delivering electrical stimulation through the stimulation electrodes positioned on the specific body part of the user to cause movement of the specific body part. receiving electrical signals from the electrodes positioned on or in the user's head, determining an intent to move a specific body part of the user from the electrical signals, and determining a focus level of the user from the electrical signals received from the electrodes; and based on the intent to move and the focus level, delivering electrical stimulation through the stimulation electrodes positioned on the specific body part of the user to cause movement of the specific body part.
A direct-current contactor with preferential current direction, comprising a double break with two contact points (2, 3), which each comprise a fixed contact (4, 6) and a movable contact (5, 7), the movable contacts (5, 7) being arranged on a contact bridge, and further comprising an electric arc extinguishing device as well as a blowing device (10, 30), said blowing device (10, 30) being configured to blow a switch arc, which forms at the first contact point when the contact points (2, 3) are being opened, into the electric arc extinguishing device, when switching takes place in the preferential current direction, wherein a commutating plate is arranged adjacent the movable contact of the first contact point, wherein the contact bridge and the commutating plate are electrically insulated from one another, and wherein the commutating plate is potentially connected to the fixed contact of the second contact point, so that, when switching takes place in the preferential current direction, the switch arc forming at the first contact point jumps from the contact bridge to the commutating plate due to the effect produced by the blowing device, thus bridging the switch arc formed at the second contact point, characterized in that the direct-current contactor comprises an auxiliary electric arc extinguishing device arranged between two contact rails (14, 15), which connect the two fixed contacts (4, 6) to connecting contacts of the direct-current contactor, the blowing device (10, 30) being dimensioned and configured such that, due to the effect produced by the blowing device (10, 30), the switch arc forming at the first contact point jumps, when switching takes place in a direction opposite to the preferential current direction, from the contact bridge to the fixed contact of the second contact point and is caused to pass between the two fixed contacts (4, 6) and into the auxiliary electric arc extinguishing device by means of blowing.
Portable straightening apparatus comprising a handle and a steam emitting head connected to an upper end of the handle, the steam emitting head comprising a front end which comprises a treatment surface which is provided with at least one steam outlet hole and intended to vertically face a garment to be straightened when the apparatus is held in a vertical straightening position with the handle located under the head, the apparatus comprising an instantaneous steaming chamber and a water reservoir feeding said instantaneous steaming chamber by gravity when the apparatus occupies the vertical straightening position, characterised in that the reservoir comprises a bottom comprising an outlet orifice fed by a feed chamber which has a restricted volume and is provided inside the reservoir, the feed chamber communicating with the rest of the reservoir via a communication passage for capturing, in said feed chamber, at least a portion of the water present in the reservoir, and in particular in the bottom of the reservoir, when the apparatus occupies the vertical straightening position and in that said communication passage does not enable the water captured in the feed chamber to flow by gravity into the rest of the reservoir when the apparatus occupies a horizontal straightening position in which the treatment surface is arranged in a horizontal plane and is oriented downwards.
A transport cart, - having a frame, - having at least one axle with at least one wheel on each side, - having a handlebar and/or having at least one handle and - having a charging trough with a width, a base and a front end which has an area arranged on a side of the charging trough farthest from the handlebar and/or the at least one handle, wherein the area has at least one loading and/or unloading device (12, 13) wherein the at least one loading and/or unloading device (12, 13) forms a part of the base of the charging trough and can be rotated in both directions, and the loading and/or unloading device (12, 13) is arranged on the front end of the charging trough, characterized in that the at least one loading and/or unloading device (12, 13) has a drive unit. - having a frame, - having at least one axle with at least one wheel on each side, - having a handlebar and/or having at least one handle and - having a charging trough with a width, a base and a front end which has an area arranged on a side of the charging trough farthest from the handlebar and/or the at least one handle, wherein the area has at least one loading and/or unloading device (12, 13)
Cotton holding an antibiotic and a cell proliferation accelerator having an angiogenesis and/or granulation promoting action, wherein the cotton is formed into an approximately spherical shape, wherein the cotton is for use in a method of treating a skin ulcer having an undermining state in which a hollow is present under a skin surrounding the skin ulcer and in a state in which a defect extending to the dermis, subcutaneous tissue, muscle or bone occurs, and wherein the cotton is packed in the skin ulcer so that the cotton contacts substantially the whole of an inner surface of the skin ulcer.
Exhaust gas flap, especially for the exhaust gas stream of an internal combustion engine, comprising: - a flap tube, - a flap diaphragm, which is carried in the interior of the flap tube on a pivot shaft rotatable about a pivot axis, a pivot drive for the pivot shaft, - a coupling device coupling the pivot shaft to a drive shaft of the pivot drive for joint rotation about the pivot axis, the coupling device comprising a first coupling area that is in a state of rotary coupling positive-locking meshing with the drive shaft and a second coupling area that is in a state of rotary coupling positive-locking meshing with the pivot shaft, - a prestressing element, which is supported in relation to the coupling device, on the one hand, and in relation to one shaft of the drive shaft and the pivot shaft, on the other hand, wherein the prestressing element comprises a coil spring and the coupling device is axially prestressed by the prestressing element in the direction of the pivot shaft towards the other shaft of the drive shaft and the pivot shaft, characterized in that the coupling device is prestressed by the prestressing element about the pivot axis in relation to the one shaft of the drive shaft and the pivot shaft, and in that the prestressing element is permanently coupled in a first connection area in relation to the one shaft, being axially supported on the one shaft about the pivot axis in the circumferential direction and is permanently coupled in a second connection area in relation to the coupling device, being axially supported on the coupling device about the pivot axis in the circumferential direction. - a flap tube, - a flap diaphragm, which is carried in the interior of the flap tube on a pivot shaft rotatable about a pivot axis, a pivot drive for the pivot shaft, - a coupling device coupling the pivot shaft to a drive shaft of the pivot drive for joint rotation about the pivot axis, the coupling device comprising a first coupling area that is in a state of rotary coupling positive-locking meshing with the drive shaft and a second coupling area that is in a state of rotary coupling positive-locking meshing with the pivot shaft, - a prestressing element, which is supported in relation to the coupling device, on the one hand, and in relation to one shaft of the drive shaft and the pivot shaft, on the other hand, wherein the prestressing element comprises a coil spring and the coupling device is axially prestressed by the prestressing element in the direction of the pivot shaft towards the other shaft of the drive shaft and the pivot shaft,