mhurhangee/ep-ind-claims huggingface dataset:
A peptide comprising an amino acid sequence of general formula X 1 EKKRRETVEREX 2 X 3 (SEQ ID No:5) wherein each of X 1, X 2 and X 3 represent a non-polar amino acid residue and wherein the amino acid sequence is 14 to 25 residues in length.
Position sensor which operates contactlessly by means of eddy current or inductively and which has a sensor element which is suitable for high temperatures above 125°C and an electronic system which has an electronic control and/or evaluation unit, wherein the sensor element has a substrate having at least one sensor component which is embedded therein in the form of windings of a coil, wherein the electronic system is configured for a temperature range above 125°C and is directly connected to the sensor element, and wherein the electronic system is arranged at a rear side of the substrate and comprises logic modules or has logic modules by means of which oscillator and demodulator circuits (17, 18) are produced.
A workstation for operating a robotic catheter system having an actuating mechanism configured to engage and to impart movement to a percutaneous device, the workstation comprising: a user interface including a control, wherein a movement rate of the percutaneous device caused by the actuating mechanism is related to a degree of displacement of the control; a display device configured to display an image of a portion of the patient, wherein the displayed image may be selectably displayed at a first magnification level and at a second magnification level, wherein the first magnification level is less than the second magnification level; and a control system operatively coupled to the user interface, the control system configured to generate a control signal, the actuating mechanism causing movement of the percutaneous device in response to the control signal; wherein the control system is configured to generate: a first control signal based upon a displacement of the control and based upon the first magnification level; and a second control signal based upon the displacement of the control and based upon the second magnification level; wherein the movement rate of the percutaneous device caused by the actuating mechanism in response to the first control signal is greater than the movement rate of the percutaneous device caused by the actuating mechanism in response to the second control signal. a user interface including a control, wherein a movement rate of the percutaneous device caused by the actuating mechanism is related to a degree of displacement of the control; a display device configured to display an image of a portion of the patient, wherein the displayed image may be selectably displayed at a first magnification level and at a second magnification level, wherein the first magnification level is less than the second magnification level; and a control system operatively coupled to the user interface, the control system configured to generate a control signal, the actuating mechanism causing movement of the percutaneous device in response to the control signal; wherein the control system is configured to generate: a first control signal based upon a displacement of the control and based upon the first magnification level; and a second control signal based upon the displacement of the control and based upon the second magnification level; wherein the movement rate of the percutaneous device caused by the actuating mechanism in response to the first control signal is greater than the movement rate of the percutaneous device caused by the actuating mechanism in response to the second control signal. a first control signal based upon a displacement of the control and based upon the first magnification level; and a second control signal based upon the displacement of the control and based upon the second magnification level; wherein the movement rate of the percutaneous device caused by the actuating mechanism in response to the first control signal is greater than the movement rate of the percutaneous device caused by the actuating mechanism in response to the second control signal.
Pantograph comprising a frame, intended to be mounted on a railway vehicle, and a bow mounted on said frame, comprising at least one support device wherein at least one rubbing strip is mounted, suitable for capturing a supply current from a catenary line, a pantograph characterised by the fact that said support device comprises at least one magnetic element and by the fact that the pantograph comprises means for generating at least one magnetic field suitable for generating eddy currents in said magnetic element in order to de-ice the rubbing strip.
An X-ray apparatus, comprising: a target which has a first end portion and a second end portion and which is configured to generate an X-ray by irradiation of electrons to the target, the X-ray apparatus being of reflective or transmissive type; a filament configured to release the electrons to the target; and a housing that has the filament therein, characterised by: a first holding member disposed outside the housing and configured to hold the first and second end portions of the target on the outside of the housing; and a second holding member configured to hold the housing at a first portion of the housing and to support the housing at a second portion of the housing such that the second portion of the housing is movable with respect to the second holding member in an axial direction of the housing, being a direction substantially parallel to a path of the electrons from the filament to the target. a target which has a first end portion and a second end portion and which is configured to generate an X-ray by irradiation of electrons to the target, the X-ray apparatus being of reflective or transmissive type; a filament configured to release the electrons to the target; and a housing that has the filament therein, characterised by: a first holding member disposed outside the housing and configured to hold the first and second end portions of the target on the outside of the housing; and a second holding member configured to hold the housing at a first portion of the housing and to support the housing at a second portion of the housing such that the second portion of the housing is movable with respect to the second holding member in an axial direction of the housing, being a direction substantially parallel to a path of the electrons from the filament to the target. a first holding member disposed outside the housing and configured to hold the first and second end portions of the target on the outside of the housing; and a second holding member configured to hold the housing at a first portion of the housing and to support the housing at a second portion of the housing such that the second portion of the housing is movable with respect to the second holding member in an axial direction of the housing, being a direction substantially parallel to a path of the electrons from the filament to the target.
A device for imbricating sheets and deposting them on a stack - having a braking device, which is arranged upstream of the stacking region and acts in each case on the trailing edge of a supplied sheet, and - the sheet is thereby decelerated to the deposit speed, - having at least one transporting-air bar, which extends into the stacking region above the supply plane and has nozzles, from which compressed air exits, and - thus in the area of the nozzles a partial negative pressure arises, which pulls the sheet with a small force to the transporting-air bar, characterized in that - the nozzles of the transporting-air bar are designed such that compressed air exits in the sheet-conveying direction, and - that in the area between the braking device and the stacking region above the supply plane a suction belt is arranged, which is movable in the conveying direction at least with the rapid supply speed and its negative pressure can be switched on and off in a clocked manner. - having a braking device, which is arranged upstream of the stacking region and acts in each case on the trailing edge of a supplied sheet, and - the sheet is thereby decelerated to the deposit speed, - having at least one transporting-air bar, which extends into the stacking region above the supply plane and has nozzles, from which compressed air exits, and - thus in the area of the nozzles a partial negative pressure arises, which pulls the sheet with a small force to the transporting-air bar, - the nozzles of the transporting-air bar are designed such that compressed air exits in the sheet-conveying direction, and - that in the area between the braking device and the stacking region above the supply plane a suction belt is arranged, which is movable in the conveying direction at least with the rapid supply speed and its negative pressure can be switched on and off in a clocked manner.
A solid-state image sensor comprising: a semiconductor substrate; a first semiconductor region of a first conductivity type arranged in the semiconductor substrate; a second semiconductor region of a second conductivity type constituting a charge accumulation region, and being arranged in the first semiconductor region; and a lens for condensing light to the second semiconductor region, wherein the second semiconductor region includes a plurality of portions (103A, 103B) arranged in a direction along a surface of the semiconductor substrate, a potential barrier to a charge accumulated in the charge accumulation region is formed between the plurality of portions (103A, 103B), characterized in that in each of the plurality of portions (103A, 103B), an integration N1 of an impurity concentration between opposing faces of the respective portion along a first line oriented in a depth direction of the semiconductor substrate, and an integration N2 of the impurity concentration between opposing faces of the respective portion along a second line oriented in a direction in which the plurality of portions (103A, 103B) are arranged, satisfy a relationship given by N1 > N2, wherein the second line is through a part of the second semiconductor region having the maximum concentration in each of the plurality of portions. a semiconductor substrate; a first semiconductor region of a first conductivity type arranged in the semiconductor substrate; a second semiconductor region of a second conductivity type constituting a charge accumulation region, and being arranged in the first semiconductor region; and a lens for condensing light to the second semiconductor region, wherein the second semiconductor region includes a plurality of portions (103A, 103B) arranged in a direction along a surface of the semiconductor substrate, a potential barrier to a charge accumulated in the charge accumulation region is formed between the plurality of portions (103A, 103B), characterized in that in each of the plurality of portions (103A, 103B), an integration N1 of an impurity concentration between opposing faces of the respective portion along a first line oriented in a depth direction of the semiconductor substrate, and an integration N2 of the impurity concentration between opposing faces of the respective portion along a second line oriented in a direction in which the plurality of portions (103A, 103B) are arranged, satisfy a relationship given by N1 > N2, wherein the second line is through a part of the second semiconductor region having the maximum concentration in each of the plurality of portions.
Disposable container of the type structured from plastic materials fundamentally used in the food industry such that its body includes a double wall (3-3') determining a narrow surrounding sealed chamber (4-4'), such that said wall includes plastic sheets of reduced thickness which, as a result of the air contained in said chamber defined therebetween, provide the container with significant deformation resistance, wherein the aforementioned chamber or chambers are provided with opening means which allow quickly emptying of air contained therein in order for the container to completely lose its rigidity and enable it to adopt a minimal volume occupation condition when it is disposed of as waste, wherein the container comprises two bases, one of the bases comprising an opening mechanism of the container, characterized in that the container is a drink can with slight frustoconical prolongations at its bases.
A method for detecting correctness of an optic fiber connection based on a radio remote unit looped network, characterized by comprising: a local-end base band unit receiving configured information of an opposite-end BBU connected to each RRU link thereof; the local-end BBU sending the received information of the opposite-end BBU connected to each RRU link to the opposite-end BBU through each RRU link; and the opposite-end BBU judging whether the information received through the RRU links is inconsistent with the information of the opposite-end BBU itself connected to the RRU links, and if information received over a RRU link is inconsistent, then detecting an error of the connection between this RRU link and the opposite-end BBU itself. a local-end base band unit receiving configured information of an opposite-end BBU connected to each RRU link thereof; the local-end BBU sending the received information of the opposite-end BBU connected to each RRU link to the opposite-end BBU through each RRU link; and the opposite-end BBU judging whether the information received through the RRU links is inconsistent with the information of the opposite-end BBU itself connected to the RRU links, and if information received over a RRU link is inconsistent, then detecting an error of the connection between this RRU link and the opposite-end BBU itself.
Filter material for liquid media, wherein the filter material consists of one or more geometric filter bodies, characterized in that the filter material is constructed from a plurality of individual nonwoven layers (4 1, 4 2,..., 4 N), wherein each nonwoven layer (4 1, 4 2,..., 4 N) comprises a plurality of endless fibers which are materially bonded to one another with other endless fibers to a certain extent, and wherein endless fibers of one nonwoven layer (4 1, 4 2,..., 4 N) engage into adjacent nonwoven layers (4 1, 4 2,..., 4 N) and are likewise connected to a certain extent to the endless fibers of the adjacent nonwoven layers (4 1, 4 2,..., 4 N) and form a composite nonwoven layer with an upper side and underside, wherein the geometric filter bodies are cut and separated from the composite nonwoven layer and comprise the upper side and underside of the composite nonwoven layer.
Mineral fibres formed of a composition comprising the following oxides, by weight of composition: SiO 2 35 to 43.5% Al 2 O 3 18 to 22% Fe 2 O 3 12.5 to 16% CaO 8 to 17% MgO 11 to 15% Na 2 O+K 2 O 1 to 5 % MnO up to 2%.
Method for building tyres for vehicle wheels, wherein at least one component of a tyre is formed on a forming drum (12a, 12b) by depositing strip-like elements parallel next to one another and arranged one after the other on a deposition surface extending along a circumferential development direction of the forming drum (12a, 12b) in a radially outer position with respect to the latter; wherein the deposition of each of said strip-like elements takes place with the aid of at least one pressure roller operating in radial thrust relation along a contact area extending transversally on the respective strip-like element arranged against the deposition surface, wherein during the deposition, the pressure roller translates along a longitudinal direction of the strip-like element and is elastically deformed against said strip-like element to take, at least along said contact area, a profile in radial section shaped according to said deposition surface, so as to distribute said radial thrust on an entire width of the strip-like element, wherein during the deposition, the pressure roller is angularly pivotable in a substantially radial plane with respect to the forming drum (12a, 12b).
Controller for an aerosol generator having a vibration head for generating an aerosol, the controller comprising: - a connection unit configured to connect an electric contacting element, the electric contacting element being connectable with the vibration head; characterized by: - a detection unit configured to detect an electric energy storage capacity parameter related to the connected electric contacting element; and - a determination unit configured to determine whether the vibration head is connected with the electric contacting element based on the determined electric energy storage capacity parameter. - a connection unit configured to connect an electric contacting element, the electric contacting element being connectable with the vibration head; characterized by: - a detection unit configured to detect an electric energy storage capacity parameter related to the connected electric contacting element; and - a determination unit configured to determine whether the vibration head is connected with the electric contacting element based on the determined electric energy storage capacity parameter. - a detection unit configured to detect an electric energy storage capacity parameter related to the connected electric contacting element; and - a determination unit configured to determine whether the vibration head is connected with the electric contacting element based on the determined electric energy storage capacity parameter.
A film consisting of xyloglucan, and optionally at least one plasticizer in a concentration ranging from 1% by dry weight to 10% by dry weight, characterized in that said xyloglucan has a molecular weight ranging from 50 000 g/mol to 3 000 000 g/mol and that said film has: (i) a tensile strength of 45-80 MPa, (ii) a strain to failure of 4-8%, and (iii) an elastic modulus of 2.5-5 GPa, when determined using a 60 × 5 mm 2 specimen in a tensile testing machine with a 100 N load cell, at room temperature, 50% relative humidity, and at a strain rate of 10% per min. (i) a tensile strength of 45-80 MPa, (ii) a strain to failure of 4-8%, and (iii) an elastic modulus of 2.5-5 GPa,
Method to check the functionality of a memory element with a stack memory, wherein the stack memory occupies a defined area within the memory element, and wherein a stack memory index is defined which indicates, in the form of an address, a position of the stack memory from which data are currently taken or to which data are currently written, characterized in that a first section of defined length is demarcated in the memory element and is used to store at least a signature (S1, S2, S3) that contains data that are relevant for checking the functionality of the memory element, in that a second section of defined length is demarcated in the memory element and is used as an auxiliary memory, wherein the positions of the first section and second section are selected in such a way that the first and second section are adjacent to one another and are arranged outside a memory area to be checked, the memory area to be checked is checked by a test program with a modular design, wherein before the test program is started the current address of the stack memory index is saved and the stack memory index is assigned an address that is allocated to the auxiliary memory, such that the auxiliary memory is used as a main memory during the test program, and in that on completion of the test program the stack memory index is again assigned the address of the specific position which the index displayed before the test program commenced.
An aerosol-generating system comprising an aerosol-generating device for heating an aerosol-forming substrate, and an exterior sleeve; the aerosol-generating device comprising: a device housing, and a plurality of internal components contained within an interior space enclosed by the device housing; wherein the device housing comprises an external surface and at least one bent portion, bent to interact with one of the internal components; wherein the at least one bent portion comprises a tab (106, 107, 108) defined by cuts in the external surface and wherein the tab (106, 107, 108) forms a fixing element that is deflected into the interior space and engages an internal component to hold the internal component in place with respect to the device housing; and wherein the exterior sleeve covers the at least one bent portion. a device housing, and a plurality of internal components contained within an interior space enclosed by the device housing; wherein the device housing comprises an external surface and at least one bent portion, bent to interact with one of the internal components; wherein the at least one bent portion comprises a tab (106, 107, 108) defined by cuts in the external surface and wherein the tab (106, 107, 108) forms a fixing element that is deflected into the interior space and engages an internal component to hold the internal component in place with respect to the device housing; and wherein the exterior sleeve covers the at least one bent portion.
A filling valve comprising: a housing (51, 52, 53) defining a housing interior between a housing inlet and a housing outlet; a shuttle located in and movable along the housing interior, the shuttle including a stopper (203, 224) sized to close the housing outlet and a plurality of shuttle magnets (210a, 210b, 210c, 210d) displaced from the stopper, wherein the shuttle magnets are arranged so that fluid can flow through the housing interior and between the shuttle magnets when the filling valve is opened, wherein the shuttle includes a stem extending along a longitudinal centerline of the housing interior; a drive sleeve including sleeve magnets, wherein the drive sleeve is located outside the housing and is movable along a portion of a length of the housing, characterized in that the shuttle magnets (210a, 210b, 210c, 210d) are radially displaced from the stem and the stopper (203, 224) is coupled to a bottom of the stem. a housing (51, 52, 53) defining a housing interior between a housing inlet and a housing outlet; a shuttle located in and movable along the housing interior, the shuttle including a stopper (203, 224) sized to close the housing outlet and a plurality of shuttle magnets (210a, 210b, 210c, 210d) displaced from the stopper, wherein the shuttle magnets are arranged so that fluid can flow through the housing interior and between the shuttle magnets when the filling valve is opened, wherein the shuttle includes a stem extending along a longitudinal centerline of the housing interior; a drive sleeve including sleeve magnets, wherein the drive sleeve is located outside the housing and is movable along a portion of a length of the housing, characterized in that the shuttle magnets (210a, 210b, 210c, 210d) are radially displaced from the stem and the stopper (203, 224) is coupled to a bottom of the stem.