mhurhangee/ep-ind-claims huggingface dataset:
A DNA molecule exhibiting the promoter activity of SEQ ID NO:29, comprising a polynucleotide sequence selected from: a) a sequence with at least 85 percent sequence identity to the full length of SEQ ID NO:29; b) a sequence comprising SEQ ID NO:29; and c) a fragment comprising at least 250 contiguous nucleotides of SEQ ID N0:29; wherein said DNA molecule is operably linked to a heterologous transcribable polynucleotide molecule. a) a sequence with at least 85 percent sequence identity to the full length of SEQ ID NO:29; b) a sequence comprising SEQ ID NO:29; and c) a fragment comprising at least 250 contiguous nucleotides of SEQ ID N0:29;
Method for controlling a wind turbine with a plain/sliding bearing and bearing lubrication means, comprising the steps of: - Operating the bearing as a hydrodynamic bearing in normal operation; and - Operating the bearing as a hydrostatic bearing when the friction of the bearing reaches a threshold, wherein stiffness and damping of the turbine and driveline components are adjusted by adjusting the pressure in an oil film provided by the bearing lubrication means thus changing a natural frequency and a dynamic response of the turbine and driveline components. - Operating the bearing as a hydrodynamic bearing in normal operation; and - Operating the bearing as a hydrostatic bearing when the friction of the bearing reaches a threshold, wherein stiffness and damping of the turbine and driveline components are adjusted by adjusting the pressure in an oil film provided by the bearing lubrication means thus changing a natural frequency and a dynamic response of the turbine and driveline components.
Timepiece escapement having an escapement wheel and an anchor, the anchor comprising an entry pallet and an exit pallet cooperating with teeth on the escapement wheel, each of the entry and exit pallets (6, 7) having a reverse side, an impulse beak, an impulse face and a rest face, the anchor and/or the escapement wheel comprising means (17, 18) for limiting the oscillations of the anchor during normal operation of the escapement to a range of displacement delimited by an entry rest position where the entry pallet blocks the escapement wheel and by an exit rest position where the exit pallet blocks the escapement wheel, characterised in that the escapement wheel comprises, on its periphery, protrusions (20, 21, 22) arranged so that: - in the event of an impact having the effect of causing the anchor to leave the said range of displacement in a first direction, the impulse face and the reverse side of the entry pallet can come into abutment on two (20, 21) of the protrusions (20, 21, 22) respectively and thus stop the anchor, without contact between the impulse beak of the entry pallet and the escapement wheel, and/or so that - in the event of an impact having the effect of causing the anchor to leave the said range of displacement in a second direction, the impulse face and the reverse side of the exit pallet can come into abutment on two (22, 20) of the protrusions (20, 21, 22) respectively and thus stop the anchor, without contact between the impulse beak of the exit pallet and the escapement wheel. - in the event of an impact having the effect of causing the anchor to leave the said range of displacement in a first direction, the impulse face and the reverse side of the entry pallet can come into abutment on two (20, 21) of the protrusions (20, 21, 22) respectively and thus stop the anchor, without contact between the impulse beak of the entry pallet and the escapement wheel, - in the event of an impact having the effect of causing the anchor to leave the said range of displacement in a second direction, the impulse face and the reverse side of the exit pallet can come into abutment on two (22, 20) of the protrusions (20, 21, 22) respectively and thus stop the anchor, without contact between the impulse beak of the exit pallet and the escapement wheel.
A system for performing a peel-open test procedure on a package having a first portion and a removable portion, the system comprising: a base comprising a fixture configured to secure the first portion of the package from movement; a support movably coupled to the base along at least a first direction; and a gripper movable along the support along a second direction, the gripper configured to secure the removable portion of the package; and wherein, when the first portion of the package is secured by the fixture and the removable portion of the package is secured by the gripper, movement of the support along the first direction and movement of the gripper along the second direction at least partially removes the removable portion of the package from the first portion of the package. a base comprising a fixture configured to secure the first portion of the package from movement; a support movably coupled to the base along at least a first direction; and a gripper movable along the support along a second direction, the gripper configured to secure the removable portion of the package; and wherein, when the first portion of the package is secured by the fixture and the removable portion of the package is secured by the gripper, movement of the support along the first direction and movement of the gripper along the second direction at least partially removes the removable portion of the package from the first portion of the package.
A method of transmitting beam information by a mobile station in a wireless communication system, the method comprising: transmitting uplink reference signals through a plurality of uplink transmission beams of the mobile station; determining whether uplink feedback information for at least one uplink transmission beam among the plurality of transmission beams is received from a base station within a preset time period; if the uplink feedback information is not received from the base station within the preset time period, receiving downlink reference signals transmitted through a plurality of downlink transmission beams of the base station; and transmitting downlink feedback information generated based on receive strengths of the downlink reference signals.. transmitting uplink reference signals through a plurality of uplink transmission beams of the mobile station; determining whether uplink feedback information for at least one uplink transmission beam among the plurality of transmission beams is received from a base station within a preset time period; if the uplink feedback information is not received from the base station within the preset time period, receiving downlink reference signals transmitted through a plurality of downlink transmission beams of the base station; and transmitting downlink feedback information generated based on receive strengths of the downlink reference signals..
A binocular having two tubes, which are connected to one another by means of a hinged bridge pivotable about a hinge axis for adjusting the interpupillary distance, and an axially displaceable focusing means is arranged in each one of the two tubes, and wherein a common focusing device for displacing the focusing means is formed, and the focusing device comprises a housing and a focusing knob, wherein the focusing knob is rotatable about a rotational axis arranged coaxially to the hinge axis, wherein the focusing knob is connected to the focusing means by a focusing gear, wherein the focusing gear comprises a threaded spindle with an inner sleeve, wherein an inwardly projecting guide pin is arranged on an inner circumference of the inner sleeve of the threaded spindle, characterized in that the guide pin abuts against a stop (13-1, 13-2) at both ends of a rotational range and limits the rotational range of the focusing knob.
A surgical instrument, comprising a first arm and a second arm pivoted to form substantially a first-class lever, wherein said surgical instrument is configured to assume an open configuration, a closed configuration and a retaining clamped configuration for retaining a straight needle; the first arm comprising a first handle grip at a proximal end thereof and a first plate at a distal end thereof, the first plate having an outer dissecting surface and an inner retaining surface; the second arm comprising a second handle grip at a proximal end thereof and a second plate at a distal end thereof, the second plate having an outer dissecting surface and an inner retaining surface; at least one of the inner retaining surfaces being knurled so as to retain said needle in the retaining configuration; the plates (23, 33) have a form tapered towards the distal end and a rounded outer surface; said instrument also comprises a guide channel for guiding the straight surgical needle towards the distal end of at least one of said first arm and said second arm. said surgical instrument is configured to assume an open configuration, a closed configuration and a retaining clamped configuration for retaining a straight needle; the first arm comprising a first handle grip at a proximal end thereof and a first plate at a distal end thereof, the first plate having an outer dissecting surface and an inner retaining surface; the second arm comprising a second handle grip at a proximal end thereof and a second plate at a distal end thereof, the second plate having an outer dissecting surface and an inner retaining surface; at least one of the inner retaining surfaces being knurled so as to retain said needle in the retaining configuration; the plates (23, 33) have a form tapered towards the distal end and a rounded outer surface; said instrument also comprises a guide channel for guiding the straight surgical needle towards the distal end of at least one of said first arm and said second arm.
Pane for separating an interior from an external environment, at least comprising - a substrate, - a thermal-radiation-reflecting coating on the interior-side surface (i) of the substrate, which has at least one functional layer containing a transparent conductive oxide and whose topmost layer contains silicon dioxide (SiO 2), and - a polymeric fastening or sealing element on the thermal-radiation-reflecting coating, wherein an opaque masking print that is applied directly on the thermal-radiation-reflecting coating is arranged between the thermal-radiation-reflecting coating and the fastening or sealing element. - a substrate, - a thermal-radiation-reflecting coating on the interior-side surface (i) of the substrate, which has at least one functional layer containing a transparent conductive oxide and whose topmost layer contains silicon dioxide (SiO 2), and - a polymeric fastening or sealing element on the thermal-radiation-reflecting coating, wherein an opaque masking print that is applied directly on the thermal-radiation-reflecting coating is arranged between the thermal-radiation-reflecting coating and the fastening or sealing element.
Arrangement with a power converter arrangement for connecting wind energy installations to an energy supply network, with a platform, with the wind energy installations and with at least one common connection line for connecting the wind energy installations, wherein the power converter arrangement is located on the platform situated in a body of water, wherein the wind energy installations each generate a three-phase electric voltage and a plurality of the wind energy installations are connected to one another via the connection line and wherein the electrical energy is transmitted from the power converter arrangement to the energy supply network as a high-voltage DC transmission, wherein the arrangement has transformers (T, T1, T2, T3, T4), which have primary windings and secondary windings, wherein the at least one connection line is connected to the primary windings, and the power converter arrangement has at least two power converters, which are connected in series with the same polarity and have per phase one phase module with in each case two power converter units, wherein the power converter units are connected in series with the same polarity and the connection points of which each form a phase connection (P1, P2, P3), which is connected to one of the secondary windings, wherein the phase modules of a power converter each form a common power converter DC voltage (U1, U2, U3, U4) on the output side and the power converter DC voltages (U1, U2, U3, U4) together form the output DC voltage of the power converter arrangement, characterized in that the transformers (T, T1, T2, T3, T4) are located on the platform and the plurality of wind energy installations are connected to the transformers (T, T1, T2, T3, T4) via the connection line such that the arrangement is free from collecting platforms with transformers via which a plurality of wind energy installations are connected to one another and the wind energy installations are connected directly to the platform.
A linear polyribonucleotide having the formula 5'- - - - - - - -3', wherein: comprises a 3' half of Group I catalytic intron fragment; comprises a 3' splice site; comprises a 3' exon fragment; comprises a polyribonucleotide cargo; comprises a 5' exon fragment; comprises a 5' splice site; and comprises a 5' half of Group I catalytic intron fragment; and wherein,, or comprises a first annealing region comprising from 8 to 50 ribonucleotides and,, or comprises a second annealing region comprising from 8 to 50 ribonucleotides, wherein the first annealing region and the second annealing region have from 80% to 100% complementarity, or the first annealing region and the second annealing region comprises from zero to 10 mismatched base pairs. comprises a 3' half of Group I catalytic intron fragment; comprises a 3' splice site; comprises a 3' exon fragment; comprises a polyribonucleotide cargo; comprises a 5' exon fragment; comprises a 5' splice site; and comprises a 5' half of Group I catalytic intron fragment; and wherein,, or comprises a first annealing region comprising from 8 to 50 ribonucleotides and,, or comprises a second annealing region comprising from 8 to 50 ribonucleotides, wherein the first annealing region and the second annealing region have from 80% to 100% complementarity, or the first annealing region and the second annealing region comprises from zero to 10 mismatched base pairs.
A shower head capable of providing a user with a shower feeling without a water spray plate, the shower head comprising: a body that includes a head unit having one end connected with a hose through which tap water flows and including an opening formed at the other end, includes inside a flow path through which tap water flows, and is held by a hand; a bottom plate fixed inside the head unit and including a drilled hole at a central part; a micro bubble generator placed on the bottom plate and including a micro bubble generating path formed inside; a tornado plate positioned between the bottom plate and the micro bubble generator and including an eccentric hole configured to achieve an increased flow speed by swirling the tap water; a pressing plate housing the micro bubble generator and fixed inside the head unit together with the bottom plate; and a tubular cap fitted to the opening of the head unit and housing the micro bubble generator inside, wherein the bottom plate includes a disk-shaped bottom part, a tubular inner rim erected on an upper surface of the bottom part and including a flow path at a central part and a stepped portion inside, and an outer rim erected on an outer periphery of the bottom part, and an end part of the pressing plate is positioned between the inner rim and the outer rim of the bottom plate, and the tornado plate is fitted inside the flow path and locked by the stepped portion. a body that includes a head unit having one end connected with a hose through which tap water flows and including an opening formed at the other end, includes inside a flow path through which tap water flows, and is held by a hand; a bottom plate fixed inside the head unit and including a drilled hole at a central part; a micro bubble generator placed on the bottom plate and including a micro bubble generating path formed inside; a tornado plate positioned between the bottom plate and the micro bubble generator and including an eccentric hole configured to achieve an increased flow speed by swirling the tap water; a pressing plate housing the micro bubble generator and fixed inside the head unit together with the bottom plate; and a tubular cap fitted to the opening of the head unit and housing the micro bubble generator inside, wherein the bottom plate includes a disk-shaped bottom part, a tubular inner rim erected on an upper surface of the bottom part and including a flow path at a central part and a stepped portion inside, and an outer rim erected on an outer periphery of the bottom part, and an end part of the pressing plate is positioned between the inner rim and the outer rim of the bottom plate, and the tornado plate is fitted inside the flow path and locked by the stepped portion.
In combination a balloon catheter and a device for protecting the balloon catheter, the balloon catheter comprising an elongated catheter extending from a proximal end to a distal end, and a balloon located on the catheter adjacent the distal end thereof with the catheter extending through the balloon and defining with the balloon when inflated a hollow interior region, the device comprising an elongated sheath (9,51) extending between an open proximal end (5,52) and a closed distal end (6,53) and defining a hollow interior region (12,54), the proximal end (5,52) of the sheath (9,51) defining a proximal opening (13,55) into the hollow interior region (12,54), the hollow interior region (12,54) of the sheath (9,51) defining a balloon accommodating portion (15,57) and a catheter accommodating portion (14,56) extending from the proximal opening (13,52) to the balloon accommodating portion (15,57), the balloon catheter being located in the hollow interior region (12,54) defined by the sheath (9,51) with the balloon located in the balloon accommodating portion (15,57) and the catheter located in the catheter accommodating portion (14,56), the catheter accommodating portion (14,56) being adapted to accommodate the catheter of the balloon catheter therein and to accommodate slideable movement of the balloon catheter through the catheter accommodating portion with the balloon of the balloon catheter deflated until the balloon is located in the balloon accommodating portion (15,57), characterised in that the balloon accommodating portion (15,57) of the sheath (9,51) is configured to be urgeable from a collapsed state by the balloon of the balloon catheter with the balloon of the balloon catheter deflated therein to an erect state with the balloon of the balloon catheter inflated therein to a predefined maximum volume, the circumferential length of the sheath (9,51) forming the balloon accommodating portion (15,57) being sufficient to accommodate unimpeded inflating of the balloon to the predefined maximum volume with substantially no stretching of the material of the balloon accommodating portion (15,57).
Combustion engine provided with a Waste Heat Recovery System draining thermal energy from an exhaust pipe and/or other sources of the combustion engine in order to produce mechanical energy by exploiting ethanol as working medium, wherein the combustion engine comprises an exhaust line connected to the combustion engine exhaust manifold and wherein the WHR comprises a fresh ethanol tank (ETH-T) connected with a first point of a WHR ethanol circuit in order to replace the WHR circuit ethanol with fresh one and a pipe connection (ATS-ETH1) connecting a second point of the WHR medium circuit with said exhaust line in order to burn ethanol within the exhaust line from the WHR ethanol circuit.
Method for the operation of a humidification module (10, 20, 30), wherein the humidification module (10, 20, 30) comprises a container, which has a water inlet and a steam outlet, a heating device, which is arranged in the inner chamber of the container, and a temperature sensor and a control circuit for the control or regulation of a water supply through the water inlet and/or for the control or regulation of a heat output of the heating device, characterized in that the container is filled with water to the maximum extent at which a steam volume remains which contains water vapor produced by heating with the heating device, in that part of the heating device extends out of the water and extends into the steam volume such that the water vapor can be superheated, and in that the temperature sensor is arranged such that it directly or indirectly measures the temperature of the water vapor, wherein the measured temperature is used by the control circuit as a regulation parameter. wherein the humidification module (10, 20, 30) comprises a container, which has a water inlet and a steam outlet, a heating device, which is arranged in the inner chamber of the container, and a temperature sensor and a control circuit for the control or regulation of a water supply through the water inlet and/or for the control or regulation of a heat output of the heating device, characterized in that the container is filled with water to the maximum extent at which a steam volume remains which contains water vapor produced by heating with the heating device, in that part of the heating device extends out of the water and extends into the steam volume such that the water vapor can be superheated, and in that the temperature sensor is arranged such that it directly or indirectly measures the temperature of the water vapor, wherein the measured temperature is used by the control circuit as a regulation parameter.
Double-sided, indexable turning insert having a polygonal basic shape, comprising a plurality of corners (J1, J2, J3, J4), a peripheral clearance surface, and identical upper and under sides (5a, 5b), in which there are included flat support surfaces situated in reference planes (US, LS), which are parallel to each other and to a neutral plane, which is situated halfway between the reference planes and toward which the clearance surface extends at a right angle, a plurality of primary cutting edges, which are formed along the upper side as well as the under side and individually include a nose edge situated in a corner and two main edges, which converge toward the same and deviate in relation to a bisector, wherein the nose edge is formed between a front chip part surface and a convex part of the clearance surface and therefore has an arched cutting edge line, while the main cutting edges are formed between lateral chip part surfaces and flat parts of the clearance surface and therefore have straight cutting edge lines, at least the main edges having the cutting edge lines thereof situated in a common corner plane, which is inclined in relation to the neutral plane in the direction of the respective reference plane (US, LS), and transforming into auxiliary cutting edges, which run parallel to the neutral plane and separate pairs of primary cutting edges placed in corners, besides which chip-controlling guide surfaces (21, 24) are situated inside said chip part surfaces (16a, 16b), characterized in that the individual primary cutting edge has a generally positive cutting geometry so far that not only a wedge angle of the cutting edge (α 2) between the chip and clearance part surfaces (16b, 10) of the individual main edge, but also the wedge angle of the cutting edge (α 1) between the chip and clearance part surfaces (16a, 11) of the nose edge is acute in arbitrary sections along the respective cutting edge lines (EL15, EL14).