mhurhangee/ep-ind-claims huggingface dataset:
A surgical device (1; 100; 200), configured for inserting a supporting element, preferably a mesh, at the vaginal vault, at the rectum or at any other pelvic organ to treat the prolapse thereof, which device comprises: - a proximal handpiece apt to be held by an operator; - an elongated main body, connected or fixedly connectable to said handpiece and arranged distally with respect thereto, which main body is suitable to be percutaneously inserted through the abdomen up to the vaginal vault or the other organ; - canalizing means, arranged at a distal end portion of said main body and operable at said proximal handpiece, which canalizing means is apt to assume, alternatively, a minimal encumbrance configuration and a maximum encumbrance configuration apt to favour the separation of abdominal tissues during the insertion of said main body through the abdomen, characterized in that the main body has a longitudinal room apt to accommodate the supporting element. - a proximal handpiece apt to be held by an operator; - an elongated main body, connected or fixedly connectable to said handpiece and arranged distally with respect thereto, which main body is suitable to be percutaneously inserted through the abdomen up to the vaginal vault or the other organ; - canalizing means, arranged at a distal end portion of said main body and operable at said proximal handpiece, which canalizing means is apt to assume, alternatively, a minimal encumbrance configuration and a maximum encumbrance configuration apt to favour the separation of abdominal tissues during the insertion of said main body through the abdomen, characterized in that the main body has a longitudinal room apt to accommodate the supporting element.
An isolated antibody or antigen-binding fragment thereof that specifically binds to an epitope of the KCNK9 potassium channel between amino acids Glu 30 and Ile 88 of SEQ ID NO: 1 with an affinity K D of 0.7 nM or less, wherein the antibody or antigen-binding fragment thereof induces internalization of the KCNK9 potassium channel from the surface of a cell.
A method of manufacturing a semiconductor light emitting diode comprising the steps of: forming over and in contact with a substrate a GaN template layer; forming over and in contact with said GaN template layer a superlattice structure, said superlattice structure comprising a plurality of layer pairs, a first layer of said layer pairs being AIN and a second layer of said layer pairs being GaN; and forming over said superlattice structure a multiple quantum well heterostructure, of a composition including at least 25% aluminium, wherein the method further comprising the steps of: forming a contact layer over said multiple quantum well heterostructure; securing a transfer substrate to said contact layer; removing said substrate and said GaN template layer; securing said semiconductor light emitting diode to a planar heat sink body at a surface opposite said transfer substrate; and removing said transfer substrate from said semiconductor light emitting diode; whereby said semiconductor light emitting diode may emit light generally perpendicularly to the plane of the heat sink body. forming over and in contact with a substrate a GaN template layer; forming over and in contact with said GaN template layer a superlattice structure, said superlattice structure comprising a plurality of layer pairs, a first layer of said layer pairs being AIN and a second layer of said layer pairs being GaN; and forming over said superlattice structure a multiple quantum well heterostructure, of a composition including at least 25% aluminium, wherein the method further comprising the steps of: forming a contact layer over said multiple quantum well heterostructure; securing a transfer substrate to said contact layer; removing said substrate and said GaN template layer; securing said semiconductor light emitting diode to a planar heat sink body at a surface opposite said transfer substrate; and removing said transfer substrate from said semiconductor light emitting diode; whereby said semiconductor light emitting diode may emit light generally perpendicularly to the plane of the heat sink body. forming a contact layer over said multiple quantum well heterostructure; securing a transfer substrate to said contact layer; removing said substrate and said GaN template layer; securing said semiconductor light emitting diode to a planar heat sink body at a surface opposite said transfer substrate; and removing said transfer substrate from said semiconductor light emitting diode; whereby said semiconductor light emitting diode may emit light generally perpendicularly to the plane of the heat sink body.
Refrigerator, in particular household refrigerator, comprising a door having a door interior comprising a catching means acting together with a corresponding mating catch means of at least one catch device (16, 17) for holding a door rack on the door interior, fastened as a separate component on the door rack and comprising an unlatching button for releasing the mating catch means from the catching means, wherein the catch device (16, 17) comprises a mating plug means (26, 27) for fastening same on the door rack that can be connected to a plug means of the door rack in an assembly insertion direction extending in a direction deviating from a direction antiparallel to the actuating direction of the unlatching button, wherein the catch device (16, 17) comprises a spring segment (19, 20) arranged between the mating plug means (26, 27) and the mating catch means, characterised in that the spring segment (19, 20) is embodied in one piece with the mating plug means (26, 27), the mating catch means and the unlatching button and the catch device (16, 17) is inserted into an outwardly open receiving niche of the door rack which surrounds a corner between a side wall (12, 13) and a rear wall of the door rack.
A method for managing streaming media traffic at a network entity, the network entity being capable of assuming at least a first radio channel state and a second radio channel state, a transition from the first radio channel state to the second radio channel state requiring a first predetermined time period t 1, wherein the method is performed in the network entity and comprises the steps of: - combining (S2-2), at the network entity, at least two media segments such that a resulting combined media segment comprises media data equivalent to a second predetermined time period t 2, the second time period being greater than the first time period; - transmitting (S2-4), from the network entity, the combined media segment in the first radio channel state during a third time period t 3; - initiating transition (S2-5), at the network entity, from the first to the second radio channel state; and - waiting (S2-6), at the network entity after the initiating step, at least for a time period t = t 2 - t 3 - t 1, wherein the second time period is greater than the sum of the first and third time periods. - combining (S2-2), at the network entity, at least two media segments such that a resulting combined media segment comprises media data equivalent to a second predetermined time period t 2, the second time period being greater than the first time period; - transmitting (S2-4), from the network entity, the combined media segment in the first radio channel state during a third time period t 3; - initiating transition (S2-5), at the network entity, from the first to the second radio channel state; and - waiting (S2-6), at the network entity after the initiating step, at least for a time period t = t 2 - t 3 - t 1, wherein the second time period is greater than the sum of the first and third time periods.
An air conditioner, the air conditioner having a housing, a compressor and at least one fastening device for the compressor in the housing, the compressor having at least one mounting component, the mounting component and the fastening device being configured and connected to each other such that the compressor is fastened on a bottom of the housing, the fastening device having at least one clamping element, a guiding element and two stop elements, the guiding element being arranged in a recess of the bottom of the housing, a length of the guiding element being shorter than a height of the recess, the stop elements being each associated with a front side of the clamping element, an axial distance between the stop elements being variable in an unassembled state, and an axial distance between the stop elements being fixed in an assembled state. the air conditioner having a housing, a compressor and at least one fastening device for the compressor in the housing, the compressor having at least one mounting component, the mounting component and the fastening device being configured and connected to each other such that the compressor is fastened on a bottom of the housing, the fastening device having at least one clamping element, a guiding element and two stop elements, the guiding element being arranged in a recess of the bottom of the housing, a length of the guiding element being shorter than a height of the recess, the stop elements being each associated with a front side of the clamping element, an axial distance between the stop elements being variable in an unassembled state, and an axial distance between the stop elements being fixed in an assembled state.
Magnetic field sensor comprising a device housing which has at least one sensor element housing part and one connection element housing part, wherein the connection element housing part is arranged at least partially in the sensor element housing part in the direction of a longitudinal axis of the device housing and wherein the connection element housing part and the sensor element housing part are connected by means of a beading, characterized in that a device housing outer side of the device housing has a toothing region which has a toothing of the connection element housing part with the sensor element housing part, wherein, in the toothing region, a toothing section of the connection element housing part and a toothing section of the sensor element housing part engage one in the other and form the device housing outer side, and wherein, in the toothing region on the housing outer side, a seal which secures the connection of the connection element housing part and the sensor element housing part is arranged on the connection element housing part and the sensor element housing part.
A weft straightener for a fabric web manufacturing line, comprising: - a bow drum arrangement comprising at least two bow drums; - a skew drum arrangement comprising at least two skew drums, - at least two fixed drums, characterized in that the bow drum arrangement and the skew drum arrangement are in web running direction successively arranged such that a fabric web is first deflected by the at least two bow drums and subsequently by the least two skew drums or vice versa; and in that the least two fixed drums are located in web-running direction in between the at least one bow drum arrangement and the at least one skew drum arrangement such that the fabric web is deflected by the at least two fixed drums before being delivered from the at least one bow drum arrangement to the at least one skew drum arrangement or vice versa. - a bow drum arrangement comprising at least two bow drums; - a skew drum arrangement comprising at least two skew drums, - at least two fixed drums, characterized in that the bow drum arrangement and the skew drum arrangement are in web running direction successively arranged such that a fabric web is first deflected by the at least two bow drums and subsequently by the least two skew drums or vice versa; and in that the least two fixed drums are located in web-running direction in between the at least one bow drum arrangement and the at least one skew drum arrangement such that the fabric web is deflected by the at least two fixed drums before being delivered from the at least one bow drum arrangement to the at least one skew drum arrangement or vice versa.
A method performed by a terminal in a multiple input multiple output, MIMO, wireless communication system, characterized in that the method comprises: receiving, from a base station, control information configuring a plurality of channel state information, CSI, resource sets for a CSI reporting, wherein each of the plurality of CSI resource sets comprises a first resource set including a CSI reference signal, CSI-RS, resource for a channel measurement and at least one of a second resource set including a CSI-RS resource for an interference measurement or a third resource set including an interference measurement resource without any transmission signal for the terminal from the base station; receiving, from the base station, downlink control information, DCI, including a CSI request for a CSI resource set among the plurality of CSI resource sets; receiving, from the base station, a reference signal on the CSI resource set corresponding to the CSI request; generating a CSI for the CSI reporting based on the received reference signal; and transmitting, to the base station, the CSI. receiving, from a base station, control information configuring a plurality of channel state information, CSI, resource sets for a CSI reporting, wherein each of the plurality of CSI resource sets comprises a first resource set including a CSI reference signal, CSI-RS, resource for a channel measurement and at least one of a second resource set including a CSI-RS resource for an interference measurement or a third resource set including an interference measurement resource without any transmission signal for the terminal from the base station; receiving, from the base station, downlink control information, DCI, including a CSI request for a CSI resource set among the plurality of CSI resource sets; receiving, from the base station, a reference signal on the CSI resource set corresponding to the CSI request; generating a CSI for the CSI reporting based on the received reference signal; and transmitting, to the base station, the CSI.
A compound of formula: Compound Structure 5 6 10 11 12 13 14 15 17 18 19 20 21 22 23 24 25 26 27 28 31 32 36 39 40 43 46 54 E1 O1 P1 or a pharmaceutically acceptable salt thereof.
A rack mechanism for a vehicle steering system, said rack mechanism including a casing, on the one hand housing at least part of a mechanism that controls the pivoting of wheels of said system, said casing including, on an external face, at least two protrusions each equipped with a through-hole defined in a chosen direction, characterized in that said through-holes are able to allow through a coupling pin of a rack manipulator and are defined in a same first chosen direction, and said protrusions are defined in directions substantially parallel to one another and parallel to a second direction perpendicular to said first chosen direction, such that their through-holes are substantially aligned one facing the other in said first chosen direction.
Method for plastic pipe drilling when using an apparatus, which has a drilling device that consists of a casing part manufactured from a plastic based material particularly for performing plastic pipe drilling and a drilling unit that exists at least during a drilling situation essentially inside the above, which unit includes first drilling means for drilling a center hole and second drilling means for reaming the center hole for the casing part, the means (4, 5) existing at a drilling head of the drilling unit and being coupled mutually on the first hand at least during a drilling situation in a power transmitting manner in order to carry out cooperation thereof for a rotational motion, a feeding motion and/or a hammering motion and on the other hand removably or in a radially contractable manner in connection with the casing part in order to enable removal of the first drilling means or the second drilling means together with the same from a drilled hole, and whereby a casing shoe is being mounted at an end of the casing part in order to enable pulling of the casing part into the hole to be drilled by the drilling unit through the casing shoe, characterized in that, a casing shoe provided with working means is being used in mounting of the casing shoe at the end of the casing part, whereby the casing part is being mechanically worked by chipping with the working means, wherein the casing shoe is provided with a threading end and an exhaust arrangement for removal of chips for achieving a screw joint that transmits pulling in longitudinal direction (s) of the drilling unit between said parts (2, 8).
Reinforcement part for reinforcing a vehicle component, comprising a structural wall extending along a longitudinal axis of the reinforcement part, wherein the structural wall at least partly encloses walls of a ribbing structure for supporting structural strength of the reinforcement part, the reinforcement part, when viewed in cross-section, having a first side region configured for allowing a first load portion to pass through and a second side region configured for allowing a second load portion to pass through, wherein the first load portion represents the largest load portion occurring at the cross-section, wherein the ribbing structure is at least provided at the first side region and the second side region, characterized in that at the second side region, when viewed along the longitudinal axis, the walls of the ribbing structure are provided with cut-outs, the structural wall at the second side region being shaped to at least partially cover the contours of the cut-outs, in such a way, that a continuously shaped cut-out is formed in the structural wall for routing cabling, whereas the walls of the ribbing structure at the first side region are free from cut-outs to keep the ribbing structure at the first side region intact.
A brake wear sensor (201;301), comprising: a bias member (203;303) configured for connection between a load cell coupled to stationary portion of a brake mechanism and a heat sink, wherein the load cell (213;313) is configured to measure a compressive load in the bias member representative of a length of the heat sink, and the bias member comprises a distal end connected to a pressure plate of the heat sink and a proximal end connected to a strain gauge within the load cell. a bias member (203;303) configured for connection between a load cell coupled to stationary portion of a brake mechanism and a heat sink, wherein the load cell (213;313) is configured to measure a compressive load in the bias member representative of a length of the heat sink, and the bias member comprises a distal end connected to a pressure plate of the heat sink and a proximal end connected to a strain gauge within the load cell.
A digital communication method, which is to perform a statistic multiplexing by allocating communication channels from a first station to a plurality of second stations in synchronization based on a multidimensional orthogonal resource hopping method, the digital communication method comprising: a) comparing the required number of orthogonal resource hopping multiplexing channels with the number of orthogonal wireless resource units available; b) fixedly allocating the orthogonal wireless resource units as the orthogonal resource hopping multiplexing channels so as to prevent a collision of hopping patterns, when the required number of channels for orthogonal resource hopping multiplexing is less than the number of orthogonal wireless resource units available; and c) selecting the orthogonal wireless resource units for the allocated channels according to the hopping pattern and sending data, when the required number of orthogonal resource hopping multiplexing channels exceeds the number of orthogonal wireless resource units available. a) comparing the required number of orthogonal resource hopping multiplexing channels with the number of orthogonal wireless resource units available; b) fixedly allocating the orthogonal wireless resource units as the orthogonal resource hopping multiplexing channels so as to prevent a collision of hopping patterns, when the required number of channels for orthogonal resource hopping multiplexing is less than the number of orthogonal wireless resource units available; and c) selecting the orthogonal wireless resource units for the allocated channels according to the hopping pattern and sending data, when the required number of orthogonal resource hopping multiplexing channels exceeds the number of orthogonal wireless resource units available.
An apparatus comprising an acoustic transducer arrangement, comprising at least one acoustic transducer (106, 107), located within a common housing, configured to transmit at least one acoustic signal (103, 608, 609, 610, 611, 701, 702, 703, 704, 705) and configured to detect a reflection of said at least one acoustic signal (104, 612, 613, 64, 615), and a controller configured to determine a time-of-flight of the at least one acoustic signal, the controller further configured to determine at least a first value indicative of temperature based on said time-of-flight of the at least one acoustic signal and calibration information indicative of a relationship between time-of-flight and temperature in a space the apparatus is located, wherein the acoustic transducer arrangement is configured to transmit said at least one acoustic signal in different directions and receive said at least one acoustic signal from different directions such that the path followed by the at least one acoustic signal extends through a first part (604, 605, 606, 607, 706, 707, 708, 709, 710) of said space and a second, different part (604, 605, 606, 607, 706, 707, 708, 709, 710) of said space, and wherein the controller is configured to determine at least two values indicative of temperature comprising the first value based on the at least one acoustic signal that followed the path through the first part and thereby indicative of the temperature of the first part and a second value based on the at least one acoustic signal that followed the path through the second part and thereby indicative of the temperature of the second part.
Use of a non-polar reaction resin mixture containing a reaction resin and one or more reactive diluents for improving the adhesion of a mortar composition based on radically polymerizable compounds on the surface of semi-cleaned and/or damp boreholes in mineral substrates; wherein the non-polar reaction resin mixture has a polarity < 7 mN/m; and wherein the polarity is measured according to the description.