mhurhangee/ep-ind-claims huggingface dataset:
A developer storage body comprising: a storage portion for storing a developer; an agitation member for agitating the developer stored in the storage portion; and a swing member (42, 142) configured to swing in the storage portion by contact with the agitation member and; wherein the swing member (42, 142) comprises: a contact portion (44, 144) provided at a first end portion of the swing member (42, 142), the contact portion (44, 144) configured to contact the agitation member; a fixed portion (45, 145) provided at a second end portion of the swing member (42, 142), the fixed portion (45, 145) being fixed to an inner surface of the storage portion; and a swing portion (46, 146) provided at the second end portion of the swing member (42, 142), the swing portion (46, 146) arranged to move along an inner top surface of the storage portion while contacting the inner top surface. a storage portion for storing a developer; an agitation member for agitating the developer stored in the storage portion; and a swing member (42, 142) configured to swing in the storage portion by contact with the agitation member and; wherein the swing member (42, 142) comprises: a contact portion (44, 144) provided at a first end portion of the swing member (42, 142), the contact portion (44, 144) configured to contact the agitation member; a fixed portion (45, 145) provided at a second end portion of the swing member (42, 142), the fixed portion (45, 145) being fixed to an inner surface of the storage portion; and a swing portion (46, 146) provided at the second end portion of the swing member (42, 142), the swing portion (46, 146) arranged to move along an inner top surface of the storage portion while contacting the inner top surface. a contact portion (44, 144) provided at a first end portion of the swing member (42, 142), the contact portion (44, 144) configured to contact the agitation member; a fixed portion (45, 145) provided at a second end portion of the swing member (42, 142), the fixed portion (45, 145) being fixed to an inner surface of the storage portion; and a swing portion (46, 146) provided at the second end portion of the swing member (42, 142), the swing portion (46, 146) arranged to move along an inner top surface of the storage portion while contacting the inner top surface.
Multifunctional operating device for operating a motor vehicle for handicapped persons, comprising a handle element and a control head fixed thereto, the control head comprising a head housing and a circuit board with at least one switch element, characterised in that the control head comprises a support element, the circuit board being mounted on the support element, the support element being mounted inside the head housing, the at least one switch element being constructed to emit an acoustic feedback signal on activation and the head housing being designed as a resonance body for amplifying the acoustic feedback signal.
A pharmaceutical composition comprising: (i) N-acetyl-L-cysteine; (ii) selenium in the form of selenomethionine; and (iii) melatonin and/or physiologically acceptable salts thereof for oral administration to a mammal of component (i) at a dose of 5-45 mg/kg/day; component (ii) at a dose of 0.4-1.2 μg/kg/day; and component (iii) at a dose of 0.02-0.08 mg/kg/day. (i) N-acetyl-L-cysteine; (ii) selenium in the form of selenomethionine; and (iii) melatonin
Method for the control and/or regulation of an induction furnace for a rolling plant, in particular a continuous casting and rolling plant, a rolling stock running through the induction furnace, the induction furnace having a plurality of induction coils for heating the rolling stock, a state of at least one section of the rolling stock being determined at a first reference point, in particular before the rolling stock enters the induction furnace, wherein for the at least one rolling stock section a future actual variable that is present at at least one second reference point (R, R1, R2, R3, Ri, RN) and describes the energy state of the rolling stock section or an energy input, is calculated by means of a model describing the energy behavior of the rolling stock section or the energy input behavior, an associated desired variable is used for the at least one second reference point (R, R1, R2, R3, Ri, RN), the plurality of induction coils being controlled and/or regulated with the aid of a deviation of the future actual variable from the desired variable, particularly in such a way that the actual variable is approximated to the desired variable at the second reference point (R, R1, R2, R3, Ri, RN), wherein the plurality of induction coils are controlled and/or regulated individually.
A launching station for a pipeline pig comprising the launching station and a pig, the launching station comprising a cleaning chamber, a plunger, and at least one lateral inlet and at least one lateral outlet (4, 4', 4") for cleaning fluid, wherein - the cleaning chamber has a main portion which is substantially cylindrical, has a length sufficient to accommodate the plunger and at least a portion of the pig, and has a cross-sectional diameter which is up to 2 times larger than the largest cross-sectional diameter of the pig such as to allow the pig to be completely surrounded by fluid; and wherein - the plunger is axially movable within the main portion of the cleaning chamber, has a front end facing the pig and a back end on the opposite side of the front end, characterised in that - the plunger has at least one internal fluid channel which connects the space in front of the front end with the space behind the back end such as to allow cleaning fluid conduction from the back end to the front end or vice versa. - the cleaning chamber has a main portion which is substantially cylindrical, has a length sufficient to accommodate the plunger and at least a portion of the pig, and has a cross-sectional diameter which is up to 2 times larger than the largest cross-sectional diameter of the pig such as to allow the pig to be completely surrounded by fluid; and wherein - the plunger is axially movable within the main portion of the cleaning chamber, has a front end facing the pig and a back end on the opposite side of the front end, characterised in that - the plunger has at least one internal fluid channel which connects the space in front of the front end with the space behind the back end such as to allow cleaning fluid conduction from the back end to the front end or vice versa.
Method of managing the charging of a traction battery (BATT) of a vehicle including a heat regulating system, said heat regulating system including a compressor (COMP), said method being characterized in that it includes a step (E1, A2, B1) of transmitting information between a control device for the compressor and a device for managing the charging of said traction battery (BATT), before a step (E5, A5) of activating the compressor (COMP) or before a step of activating a device for charging said traction battery (BATT).
A method of treating a catheter, comprising: moving an enlarging member of an expander longitudinally within a lumen of a catheter, while the catheter is outside a patient, wherein an outer cross-sectional dimension of the enlarging member is (i) between 0.0002" (5.08 x10 -4 cm) and 0.002" (5.08 x10 -3 cm) smaller than a first, nominal inner cross-sectional dimension of the lumen in an unrestrained condition and/or (ii) between 2% and 20% smaller than the first, nominal inner cross-sectional dimension of the lumen in an unrestrained condition wherein the enlarging member forms a sphere, prolate spheroid, hemisphere, ovoid, cone, frustum cone, cylindrical, bullet, and/or tapered shape.
A detection system comprising: a first detection unit configured to detect a predetermined detection target on the basis of sound or image collected by a sensor unit installed in a base member while the base member travels at a first speed; a drive control unit that causes the base member to stop traveling in a case where the predetermined detection target is detected; and a second detection unit configured to detect a predetermined defect on the basis of sound or image collected by the sensor unit while the base member is stopped. a first detection unit configured to detect a predetermined detection target on the basis of sound or image collected by a sensor unit installed in a base member while the base member travels at a first speed; a drive control unit that causes the base member to stop traveling in a case where the predetermined detection target is detected; and a second detection unit configured to detect a predetermined defect on the basis of sound or image collected by the sensor unit while the base member is stopped.
A method for performing an antivirus scan of a file on a virtual machine, the method comprising: performing a first execution of the file on the virtual machine; recording, in memory, a first log that includes at least one application programming interface API function call and at least one internal event detected during the first execution of the file; determining if any signatures in the first log are stored in a first database of signatures; if no signatures in the first log are found in the first database of signatures, classifying the file as not malicious; responsive to determining that at least one signature from the first database of signatures is detected in the first log, performing a second execution of the file on the virtual machine and recording, in the memory, a second log that includes only internal events detected during the second execution of the file, without making records on API function calls; determining if any signatures from a second database of signatures are detected in the second log; and if no signatures from the second database of signatures are detected in the second log, classifying the file as not malicious. performing a first execution of the file on the virtual machine; recording, in memory, a first log that includes at least one application programming interface API function call and at least one internal event detected during the first execution of the file; determining if any signatures in the first log are stored in a first database of signatures; if no signatures in the first log are found in the first database of signatures, classifying the file as not malicious; responsive to determining that at least one signature from the first database of signatures is detected in the first log, performing a second execution of the file on the virtual machine and recording, in the memory, a second log that includes only internal events detected during the second execution of the file, without making records on API function calls; determining if any signatures from a second database of signatures are detected in the second log; and if no signatures from the second database of signatures are detected in the second log, classifying the file as not malicious.
A variable cutoff printing unit comprising: a blanket cylinder; an additional cylinder; a blanket cylinder support (16, 16') supporting the blanket cylinder, the blanket cylinder support including a first face and a second face that define a slot (30, 30') in the blanket cylinder support; an additional cylinder support (18, 18') supporting the additional cylinder, characterized in that the additional cylinder support is adapted for lifting the blanket cylinder support; an arm (28, 28') including a roller cam extending into the slot, the first face (30a, 30a') being movable out of contact with the roller cam of the arm (28, 28') and the second face (30b, 30b') being movable into contact with the roller cam of the arm (28, 28') by the additional cylinder support lifting the blanket cylinder support. a blanket cylinder; an additional cylinder; a blanket cylinder support (16, 16') supporting the blanket cylinder, the blanket cylinder support including a first face and a second face that define a slot (30, 30') in the blanket cylinder support; an additional cylinder support (18, 18') supporting the additional cylinder, characterized in that the additional cylinder support is adapted for lifting the blanket cylinder support; an arm (28, 28') including a roller cam extending into the slot, the first face (30a, 30a') being movable out of contact with the roller cam of the arm (28, 28') and the second face (30b, 30b') being movable into contact with the roller cam of the arm (28, 28') by the additional cylinder support lifting the blanket cylinder support.
Tie-down device for a vehicle, with a supporting fitting, to be mounted on the vehicle, and a tie-down bracket, wherein the supporting fitting is designed for a concealed arrangement on the vehicle and the tie-down bracket is guided so as to be longitudinally moveable in the pull-out direction between a rest position and a pulled-out tie-down position and optionally pivotable on the supporting fitting and can be supported against the tie-down forces on the supporting fitting, characterized in that, in its rest position, the tie-down bracket is supported on the supporting fitting and is thus guided on the supporting fitting such that it can be tilted to the side transversely to the pull-out direction.
An apparatus, comprising: a display; a catheter configured to contact the surface of a heart of a patient at multiple points and measure respective electro-cardiac signals at the respective multiple points, the catheter comprising position sensors in a distal tip of the catheter, one or more magnetic field generators configured to induce signals in the position sensors, an electro-anatomical mapping navigation unit for tracking the position of the catheter based on the signals induced in the position sensors, the electro-anatomical mapping navigation unit configured to connect to the catheter, an interface, which is configured to receive a digitized three-dimensional image of the heart as well as measured electro-cardiac signals and positions of the catheter that are measured while the catheter touches the points, the interface also configured to receive user input indicative of a spectral slice selected from a frequency band; and a processor, which is configured to calculate respective levels of the electro-cardiac signals within the selected spectral slice, to correlate the calculated levels to the multiple points on the image, and to display the map of the correlated calculated levels and the image on the display. a display; a catheter configured to contact the surface of a heart of a patient at multiple points and measure respective electro-cardiac signals at the respective multiple points, the catheter comprising position sensors in a distal tip of the catheter, one or more magnetic field generators configured to induce signals in the position sensors, an electro-anatomical mapping navigation unit for tracking the position of the catheter based on the signals induced in the position sensors, the electro-anatomical mapping navigation unit configured to connect to the catheter, an interface, which is configured to receive a digitized three-dimensional image of the heart as well as measured electro-cardiac signals and positions of the catheter that are measured while the catheter touches the points, the interface also configured to receive user input indicative of a spectral slice selected from a frequency band; and a processor, which is configured to calculate respective levels of the electro-cardiac signals within the selected spectral slice, to correlate the calculated levels to the multiple points on the image, and to display the map of the correlated calculated levels and the image on the display.
Adhesive comprising an epoxide-functionalized acrylonitrile/butadiene copolymer having on average more than 1.5 epoxide groups per molecule, and the ground reaction product of phthalic anhydride and diethylenetriamine.
A protein comprising the amino acid sequence of the formula of: LC-L1-HC-L2-AP wherein: LC comprises the amino acid sequence of SEQ ID NO:13 or a peptide having at least 85% sequence identity to SEQ ID NO:13, L1 is a peptide linker comprising a protease recognition site, HC comprises the amino acid sequence of SEQ ID NO:11 or a peptide having at least 85% sequence identity to SEQ ID NO:11, L2 is absent or is a peptide linker that cannot be processed by the protease, and AP comprises an activation peptide, wherein the protein is capable to, when the L1 is processed by the protease, produce a two-chain polypeptide comprising the LC and HC on separate chains, wherein the two-chain polypeptide is capable of binding to a factor Xa inhibitor. the amino acid sequence of the formula of: LC-L1-HC-L2-AP wherein: LC comprises the amino acid sequence of SEQ ID NO:13 or a peptide having at least 85% sequence identity to SEQ ID NO:13, L1 is a peptide linker comprising a protease recognition site, HC comprises the amino acid sequence of SEQ ID NO:11 or a peptide having at least 85% sequence identity to SEQ ID NO:11, L2 is absent or is a peptide linker that cannot be processed by the protease, and AP comprises an activation peptide, wherein the protein is capable to, when the L1 is processed by the protease, produce a two-chain polypeptide comprising the LC and HC on separate chains, wherein the two-chain polypeptide is capable of binding to a factor Xa inhibitor. LC comprises the amino acid sequence of SEQ ID NO:13 or a peptide having at least 85% sequence identity to SEQ ID NO:13, L1 is a peptide linker comprising a protease recognition site, HC comprises the amino acid sequence of SEQ ID NO:11 or a peptide having at least 85% sequence identity to SEQ ID NO:11, L2 is absent or is a peptide linker that cannot be processed by the protease, and AP comprises an activation peptide, wherein the protein is capable to, when the L1 is processed by the protease, produce a two-chain polypeptide comprising the LC and HC on separate chains, wherein the two-chain polypeptide is capable of binding to a factor Xa inhibitor.
A cooling system for cooling a superconducting device by a low-temperature fluid, comprising: a coolant circuit comprising a coolant outlet configured to supply a low-temperature fluid to the superconducting device, a coolant inlet configured to receive the fluid flowing through the superconducting device, and a coolant line configured to connect the coolant inlet and the coolant outlet; a low-temperature chamber configured to accommodate a first part of the coolant line upstream of the coolant outlet, a first heat exchanger (26, 38) configured to cool the fluid flowing in the first part toward the coolant outlet, a second part of the coolant line downstream of the coolant inlet, and a second heat exchanger (28, 40) configured to heat the fluid flowing in the second part; and a flow generator provided outside the low-temperature chamber and located in a third part of the coolant line connecting the first part and the second part, the flow generator being configured to generate a flow in the coolant line, characterized in that the coolant circuit comprises an additional heat exchanger configured to exchange heat between a low-temperature side pathway of the fluid and a high-temperature side pathway of the fluid, wherein the low-temperature side pathway is provided in the first part and downstream of the first heat exchanger (26, 38), and the high-temperature side pathway is provided in the first part and upstream of the first heat exchanger (26, 38). a coolant circuit comprising a coolant outlet configured to supply a low-temperature fluid to the superconducting device, a coolant inlet configured to receive the fluid flowing through the superconducting device, and a coolant line configured to connect the coolant inlet and the coolant outlet; a low-temperature chamber configured to accommodate a first part of the coolant line upstream of the coolant outlet, a first heat exchanger (26, 38) configured to cool the fluid flowing in the first part toward the coolant outlet, a second part of the coolant line downstream of the coolant inlet, and a second heat exchanger (28, 40) configured to heat the fluid flowing in the second part; and a flow generator provided outside the low-temperature chamber and located in a third part of the coolant line connecting the first part and the second part, the flow generator being configured to generate a flow in the coolant line, characterized in that the coolant circuit comprises an additional heat exchanger configured to exchange heat between a low-temperature side pathway of the fluid and a high-temperature side pathway of the fluid, wherein the low-temperature side pathway is provided in the first part and downstream of the first heat exchanger (26, 38), and the high-temperature side pathway is provided in the first part and upstream of the first heat exchanger (26, 38).
An oven wall viewing apparatus for viewing surfaces of facing oven walls, said oven wall viewing apparatus characterized by housing a camera apparatus in a heat insulated container, arranging a mirror surface at the outside of said heat insulated container, and capturing an image of an oven wall surface reflected at said mirror surface by said camera apparatus, wherein said heat insulated container is not supplied with cooling water from outside of the oven and does not have power lines or signal wires connected to it, said heat insulated container has a jacket filled with a liquid having a heat absorbing ability and further a heat insulating material covering it at the outside, said mirror surface is comprised of two mirror surfaces (2a, 2b) of different angles and said mirror surfaces reflect surfaces of the facing oven walls, and said mirror surface is comprised of the surface of a container containing cooling water inside it.
A method to assist with the driving of a vehicle, implemented by a mobile device and comprising steps of: - connecting with a peripheral for measuring at least one physiological parameter of a driver, - receiving measurements of the physiological parameter, - determining a state of health of said driver from the physiological parameters received, - connecting with a computer of a vehicle, - selecting a profile associated with said driver, - determining configuration parameters of the vehicle from the determined state of health and the selected profile, - transmitting the determined configuration parameters to the computer of the vehicle, characterized in that the profile comprises associations between predefined states of health on the one hand, and configuration parameters of the vehicle on the other hand. - connecting with a peripheral for measuring at least one physiological parameter of a driver, - receiving measurements of the physiological parameter, - determining a state of health of said driver from the physiological parameters received, - connecting with a computer of a vehicle, - selecting a profile associated with said driver, - determining configuration parameters of the vehicle from the determined state of health and the selected profile, - transmitting the determined configuration parameters to the computer of the vehicle,