mhurhangee/ep-ind-claims huggingface dataset:
An ocular implant delivery system, comprising: a housing; a cannula rotatably coupled to the housing, the cannula sized and configured for insertion into Schlemm's canal of a human eye; an ocular implant disposed in the cannula; a delivery mechanism disposed on the housing, the delivery mechanism configured to advance and retract the ocular implant within the cannula; characterised in that the system further comprises an orientation mechanism disposed on the housing, the orientation mechanism configured to control rotation of the cannula with respect to the housing while maintaining the orientation of the ocular implant with respect to the cannula during cannula rotation. a housing; a cannula rotatably coupled to the housing, the cannula sized and configured for insertion into Schlemm's canal of a human eye; an ocular implant disposed in the cannula; a delivery mechanism disposed on the housing, the delivery mechanism configured to advance and retract the ocular implant within the cannula; characterised in that the system further comprises an orientation mechanism disposed on the housing, the orientation mechanism configured to control rotation of the cannula with respect to the housing while maintaining the orientation of the ocular implant with respect to the cannula during cannula rotation.
A purification method for purifying a biological liquid comprising antibodies corresponding to whole human or animal blood or to a product obtained from human or animal blood, by bringing the biological liquid into contact with at least one substrate comprising a solid phase onto which molecules of at least one oligosaccharide that is capable of binding to one or more of said antibodies present in said biological liquid are grafted by covalent bonding, in a manner such as to obtain the capture of at least a portion of said antibodies present in said biological liquid by binding with at least some of the molecules of oligosaccharide(s) grafted onto said solid phase, characterized in that said solid phase carries free aldehyde functions -CHO, said free aldehyde functions -CHO being present directly on the solid phase, and not on the oligosaccharide molecules.
A support assembly for a thermoelectric heat pump system, the support assembly comprising: a plurality of platforms for supporting at least one respective thermoelectric heat pump; and at least one respective support structure supporting a respective one of said platforms, wherein at least one of said platforms is movable with respect to at least one other of said platforms, characterised in that said at least one respective support structure comprises a pipe. a plurality of platforms for supporting at least one respective thermoelectric heat pump; and at least one respective support structure supporting a respective one of said platforms, wherein at least one of said platforms is movable with respect to at least one other of said platforms,
Device for providing an odorized natural gas and hydrogen mixture, comprising a gas line, a two-substance nozzle, which is arranged to inject odorized hydrogen and/or hydrogen and odorizing agent into the gas line, characterized by a hydrogen line for supplying hydrogen to the two-substance nozzle and means for supplying thermal energy from the hydrogen line into the gas line at a location of the gas line upstream of the two-substance nozzle, wherein the means for supplying comprise: a first heat exchanger, which is arranged to transfer thermal energy of the hydrogen flowing in the hydrogen line to a medium, a second heat exchanger, which is arranged to transfer thermal energy of the medium to natural gas flowing in the gas line, and a conveying means, which is arranged to move the medium from the first heat exchanger to the second heat exchanger. a two-substance nozzle, which is arranged to inject odorized hydrogen and/or hydrogen and odorizing agent into the gas line, characterized by a hydrogen line for supplying hydrogen to the two-substance nozzle and means for supplying thermal energy from the hydrogen line into the gas line at a location of the gas line upstream of the two-substance nozzle, wherein the means for supplying comprise: a first heat exchanger, which is arranged to transfer thermal energy of the hydrogen flowing in the hydrogen line to a medium, a second heat exchanger, which is arranged to transfer thermal energy of the medium to natural gas flowing in the gas line, and a conveying means, which is arranged to move the medium from the first heat exchanger to the second heat exchanger. a first heat exchanger, which is arranged to transfer thermal energy of the hydrogen flowing in the hydrogen line to a medium, a second heat exchanger, which is arranged to transfer thermal energy of the medium to natural gas flowing in the gas line, and a conveying means, which is arranged to move the medium from the first heat exchanger to the second heat exchanger.
A flexible connecting element (18, 19) for a covering assembly for vehicles, trailers, semi-trailers and containers, said connecting element comprising a strap (18a, 19a) of plastic material configured to connect a plurality of carrier ribs to each other and at least one reinforcement cable embedded in the strap (18a, 19a), said carrier ribs being adapted to support a tarpaulin, wherein said connecting element is characterized by • comprising areas of the connecting element (18, 19) located between the connection points with the carrier ribs shaped to facilitate the formation of folds when the covering assembly is moved into the retracted position, wherein said shaping is symmetrical in lateral direction, with respect to the longitudinal axis of said connecting element, in that the shaping is trapezoidal or consists of a connection of concave and convex lines with the lateral edges of said connecting element. • comprising areas of the connecting element (18, 19) located between the connection points with the carrier ribs shaped to facilitate the formation of folds when the covering assembly is moved into the retracted position,
A method performed by a wireless device configured to operate in a wireless communication system, the method comprising: receiving, from a network, information on a reserved resource in symbol level, which is dynamically indicated by a bitmap having a size of a maximum scheduling unit with which the wireless device can be scheduled; applying rate matching on a physical downlink shared channel, PDSCH, in a slot to which the PDSCH is scheduled, by allocating resources at each symbol except the reserved resource; and receiving, from the network, data on the PDSCH. receiving, from a network, information on a reserved resource in symbol level, which is dynamically indicated by a bitmap having a size of a maximum scheduling unit with which the wireless device can be scheduled; applying rate matching on a physical downlink shared channel, PDSCH, in a slot to which the PDSCH is scheduled, by allocating resources at each symbol except the reserved resource; and receiving, from the network, data on the PDSCH.
A method for cross-referencing forensic snapshots over time, the method comprising: receiving a first snapshot of a computing device at a first time and a second snapshot of the computing device at a second time; applying a pre-defined filter to the first snapshot and the second snapshot, wherein the pre-defined filter includes a list of files that are to be extracted from each snapshot; subsequent to applying the pre-defined filter, identifying differences in the list of files extracted from the first snapshot and the second snapshot; creating a change map for the computing device that comprises the differences in the list of files over a period of time, wherein the period of time comprises the first time and the second time; retrieving, for the first snapshot and the second snapshot, metadata that indicates states of the computing device at the first time and the second time; determining a first performance score based on a state of the computing device at the first time and a second performance score based on a state of the computing device at the second time; determining a change differential between the first performance score and the second performance score; marking a time point corresponding to the second time in the change map if the change differential is greater than a threshold change differential; and outputting the change map in a user interface. receiving a first snapshot of a computing device at a first time and a second snapshot of the computing device at a second time; applying a pre-defined filter to the first snapshot and the second snapshot, wherein the pre-defined filter includes a list of files that are to be extracted from each snapshot; subsequent to applying the pre-defined filter, identifying differences in the list of files extracted from the first snapshot and the second snapshot; creating a change map for the computing device that comprises the differences in the list of files over a period of time, wherein the period of time comprises the first time and the second time; retrieving, for the first snapshot and the second snapshot, metadata that indicates states of the computing device at the first time and the second time; determining a first performance score based on a state of the computing device at the first time and a second performance score based on a state of the computing device at the second time; determining a change differential between the first performance score and the second performance score; marking a time point corresponding to the second time in the change map if the change differential is greater than a threshold change differential; and outputting the change map in a user interface.
A method of determining or predicting identity of a query cell comprising the steps of: - simultaneously incubating the query cell with at least three chemical cell stressor molecules individually in a well of a microtitre plate for 1 to 4 days, in which each chemical cell stressor molecule is provided at a concentration of 0.5 to 2.0 IC 50; wherein the cell stressor is a molecule or a compound that causes a reduction in cell growth via one or more of multiple cellular pathways, for example pathways involved in cell growth or metabolism; - determining the growth response of the query cell in the presence of each of the at least three chemical cell stressor molecules to generate a query cell-specific growth response fingerprint; - comparing the query cell-specific growth response fingerprint with one or more reference cell-specific growth response fingerprints corresponding to one or more cells having known identity; and - determining or predicting identity of the cell based on the level of correlation between the query cell-specific growth response fingerprint and the one or more reference cell-specific growth response fingerprints. - simultaneously incubating the query cell with at least three chemical cell stressor molecules individually in a well of a microtitre plate for 1 to 4 days, in which each chemical cell stressor molecule is provided at a concentration of 0.5 to 2.0 IC 50; wherein the cell stressor is a molecule or a compound that causes a reduction in cell growth via one or more of multiple cellular pathways, for example pathways involved in cell growth or metabolism; - determining the growth response of the query cell in the presence of each of the at least three chemical cell stressor molecules to generate a query cell-specific growth response fingerprint; - comparing the query cell-specific growth response fingerprint with one or more reference cell-specific growth response fingerprints corresponding to one or more cells having known identity; and - determining or predicting identity of the cell based on the level of correlation between the query cell-specific growth response fingerprint and the one or more reference cell-specific growth response fingerprints.
An exhaust gas discharge device comprising: at least one exhaust pipe (10, 210) configured to supply exhaust gas of a combustion engine; a funnel connected to the exhaust pipe and configured to discharge the exhaust gas which has passed through the exhaust pipe; a first cleaning water supply pipe configured to supply cleaning water to an inside of the exhaust pipe; a second cleaning water supply pipe configured to supply cleaning water to an inside of the funnel; and a storage tank (60, 270) connected to a cleaning water discharge pipe and configured to store cleaning water discharged from the funnel; characterised in that the exhaust gas discharge device further comprises a neutralizing agent supply portion connected to the storage tank and configured to supply a neutralizing agent, a static mixer installed in the exhaust pipe between the first cleaning water supply pipe and the funnel and configured to mix exhaust gas with cleaning water, wherein the static mixer has a diameter smaller than a diameter of the exhaust pipe (10, 210), and a plurality of such static mixers are installed in the exhaust pipe (10, 210). at least one exhaust pipe (10, 210) configured to supply exhaust gas of a combustion engine; a funnel connected to the exhaust pipe and configured to discharge the exhaust gas which has passed through the exhaust pipe; a first cleaning water supply pipe configured to supply cleaning water to an inside of the exhaust pipe; a second cleaning water supply pipe configured to supply cleaning water to an inside of the funnel; and a storage tank (60, 270) connected to a cleaning water discharge pipe and configured to store cleaning water discharged from the funnel; characterised in that the exhaust gas discharge device further comprises a neutralizing agent supply portion connected to the storage tank and configured to supply a neutralizing agent, a static mixer installed in the exhaust pipe between the first cleaning water supply pipe and the funnel and configured to mix exhaust gas with cleaning water, wherein the static mixer has a diameter smaller than a diameter of the exhaust pipe (10, 210), and a plurality of such static mixers are installed in the exhaust pipe (10, 210).
A data reader constructed and arranged for operation in a handheld mode of reading operation and for operation in a fixed or handsfree mode of operation, comprising a housing; a manually-actuable trigger; and an inertial sensor that is operative for sensing motion of the data reader, wherein a function or operation of the data reader is changed in response to input from the inertial sensor; characterized by a printed circuit board disposed in the housing that includes the inertial sensor integrated therewith or mounted thereon; and a light source for projecting an aiming pattern from the housing for assisting a user in aiming the data reader onto a desired optical code, wherein the data reader is operable to activate the aiming pattern prior to actuation of the trigger in response to motion detected by the inertial sensor.
A radiation imaging apparatus comprising: a display unit adapted to display a plurality of first radiation images (211, 215, 217, 212, 222, 223, 231, 232) of a first object, each taken at a respective angle, in at least one view area (210, 220, 230); and a control unit, wherein the control unit is adapted such that, when a first radiation image is selected from the plurality of first radiation images, the control unit is adapted to obtain a second radiation image of an object, corresponding to said first object, from the same respective angle and the control unit is adapted to control then the display unit to display the second radiation image in a view area in which the selected first radiation image is displayed by replacing the selected first radiation image with the second radiation image. a display unit adapted to display a plurality of first radiation images (211, 215, 217, 212, 222, 223, 231, 232) of a first object, each taken at a respective angle, in at least one view area (210, 220, 230); and a control unit, wherein the control unit is adapted such that, when a first radiation image is selected from the plurality of first radiation images, the control unit is adapted to obtain a second radiation image of an object, corresponding to said first object, from the same respective angle and the control unit is adapted to control then the display unit to display the second radiation image in a view area in which the selected first radiation image is displayed by replacing the selected first radiation image with the second radiation image.
Mounting device for a stand device for arranging in the operating theatre and for locally positioning or displacing a medical-technical device in the operating theatre, in particular by means of a rotational movement, comprising - a mounting unit, which extends in a longitudinal direction along an axis of rotation, and has a cavity which is aligned in the longitudinal direction, for accommodating a - in view of the mounting unit around the rotation axis - rotatably supportable connecting member of the stand device; - an adjustment means for rotatably fixedly arranging said connecting member in a predefined position of rotation relative to said mounting unit, wherein the adjustment means are configured to be connectable with connecting member in a rotatably fixed manner; and - a rotational lock element; characterized in that the mounting device forms a rotational coupling adjustable around the axis of rotation for supporting the connecting member on the mounting unit, wherein the adjustment means is formed of an annular geometry or is an annular disk, wherein the adjustment means has a plurality of coupling points formed as openings or passages and arranged on a pitch circle, each coupling point for defining one of a plurality of predefined positions of rotation of the rotational coupling, wherein the mounting unit comprises a retainer for the rotational lock element, and the rotational lock element is configured to cooperate with a specific coupling point of the plurality of coupling points of the adjustment means to define one of the predefined positions of rotation. - a mounting unit, which extends in a longitudinal direction along an axis of rotation, and has a cavity which is aligned in the longitudinal direction, for accommodating a - in view of the mounting unit around the rotation axis - rotatably supportable connecting member of the stand device; - an adjustment means for rotatably fixedly arranging said connecting member in a predefined position of rotation relative to said mounting unit, wherein the adjustment means are configured to be connectable with connecting member in a rotatably fixed manner; and - a rotational lock element; characterized in that the mounting device forms a rotational coupling adjustable around the axis of rotation for supporting the connecting member on the mounting unit, wherein the adjustment means is formed of an annular geometry or is an annular disk, wherein the adjustment means has a plurality of coupling points formed as openings or passages and arranged on a pitch circle, each coupling point for defining one of a plurality of predefined positions of rotation of the rotational coupling, wherein the mounting unit comprises a retainer for the rotational lock element, and the rotational lock element is configured to cooperate with a specific coupling point of the plurality of coupling points of the adjustment means to define one of the predefined positions of rotation.
A method for assembly of a drive device at a motor vehicle, the drive device for moving a covering element for covering an opening in a motor vehicle comprising - a drive, - a guiding means and - a pushing element coupled with the drive, which is guided in the guiding means and connectable with the covering element for moving the covering element, characterized in that the drive for driving the pushing element is coupled with the pushing element via a transmission means which is provided as a flexible rope which is submitted to tensile forces only, and which at least partly extends in the guiding means, wherein, in the method, - the guiding means of the drive device is arranged on the motor vehicle, - the pushing element is introduced into the guiding means in a mounting direction and - the pushing element is connected to the transmission means of the drive device via a connection device (321, 371; 322, 374, 375). - a drive, - a guiding means and - a pushing element coupled with the drive, which is guided in the guiding means and connectable with the covering element for moving the covering element, - the guiding means of the drive device is arranged on the motor vehicle, - the pushing element is introduced into the guiding means in a mounting direction and - the pushing element is connected to the transmission means of the drive device via a connection device (321, 371; 322, 374, 375).
A transportation system supporting construction equipment that includes a smooth, hard wheel and a precisely-aligned element, the smooth wheel being subject to developing a flat spot in response to an external load applied to the construction equipment in excess of a wheel damage threshold, the precisely-aligned element being subject to misalignment in response to an external load applied to the precisely-aligned element in excess of a misalignment threshold, the transportation system comprising: a frame defining a support surface; a pad supported by the support surface of the frame and supporting the smooth wheel of the construction equipment, the pad absorbing a dynamic load arising during transport at least to the extent such dynamic load exceeds the wheel damage threshold; a rigid guard mounted to the frame for protecting the precisely-aligned element during transport at least to the extent of any impacts in excess of the misalignment threshold; and a lifting device interface adapted to receive portions of a lifting device to facilitate loading and unloading the transportation system onto and off of the transporter; wherein the transportation system is adapted to be loaded on a transporter for transportation of the construction equipment. a frame defining a support surface; a pad supported by the support surface of the frame and supporting the smooth wheel of the construction equipment, the pad absorbing a dynamic load arising during transport at least to the extent such dynamic load exceeds the wheel damage threshold; a rigid guard mounted to the frame for protecting the precisely-aligned element during transport at least to the extent of any impacts in excess of the misalignment threshold; and a lifting device interface adapted to receive portions of a lifting device to facilitate loading and unloading the transportation system onto and off of the transporter; wherein the transportation system is adapted to be loaded on a transporter for transportation of the construction equipment.