mhurhangee/ep-ind-claims huggingface dataset:
Self-propelled building machine, in particular a road cutting machine, with a machine frame and a chassis, that comprises at least one left-hand running gear in the direction of working and at least one right-hand running gear in the direction of working, at least one working device provided on the machine frame, having a working roller, which is brought into contact with the ground, a device (10L, 10R) for raising or lowering the running gear resting on the ground in relation to the machine frame and a control unit for activating the device for raising or lowering the running gear so as to adjust the height of the running hears, the control unit comprising means for identifying changes in the height of the surface to be covered by the running gears (4L, 4R) in relation to the machine frame, the control unit providing a control mode for carrying out actions in the control system for the height adjustment of the running gears, in which the control unit is so configured that when a change in the height of the ground to be covered by the running gears is detected, the device for raising or lowering the running gears is activated in such a manner that the at least one left-hand running gear is lowered from its raised position or is raised from its lowered position and/or the at least one right-hand running gear is lowered from its raised position or is raised from its lowered position, so that a tilting movement resulting from a change in the height of the ground is compensated, characterised in that the means for identifying changes in the ground surface to be covered by the running gears include means for identifying a lateral inclination of the building machine, the means for identifying a lateral inclination of the building machine comprising an inclination sensor mounted on the machine frame.
A photovoltaic device comprising a layered structure on a substrate comprising: an electrode arrangement comprising first and second patterned electrode elements and an optically active semiconductor layer in direct interaction with said electrode arrangement, said optically active semiconductor layer being configured to generate charge carriers in response to impinging electromagnetic radiation; the electrode arrangement being configured, in accordance with material properties of said optically active semiconductor layer, to allow selective collection of charge carriers of opposite polarities generated in said optically active semiconductor layer by the first and second electrodes respectively; wherein said optically active semiconductor layer is located between a radiation source and said electrode arrangement 100; characterized in that: the optically active semiconductor layer comprises optically active semiconducting structures that are selected from: Rb 2 Sn m I 6, Cs 2 Sn m I 6, Cs 2 Sn m Cl 6, Rb 2 Sn m Cl 6, CsSn m I 3, Cs 2 Sn m Br 6, Rb 2 Sn m Br 6, and any combination of them; wherein each value of m, independently of the other, is between 0.2 and 6. an electrode arrangement comprising first and second patterned electrode elements and an optically active semiconductor layer in direct interaction with said electrode arrangement, said optically active semiconductor layer being configured to generate charge carriers in response to impinging electromagnetic radiation; the electrode arrangement being configured, in accordance with material properties of said optically active semiconductor layer, to allow selective collection of charge carriers of opposite polarities generated in said optically active semiconductor layer by the first and second electrodes respectively; wherein said optically active semiconductor layer is located between a radiation source and said electrode arrangement 100; characterized in that: the optically active semiconductor layer comprises optically active semiconducting structures that are selected from: Rb 2 Sn m I 6, Cs 2 Sn m I 6, Cs 2 Sn m Cl 6, Rb 2 Sn m Cl 6, CsSn m I 3, Cs 2 Sn m Br 6, Rb 2 Sn m Br 6, and any combination of them; wherein each value of m, independently of the other, is between 0.2 and 6.
A plastic pipe made of polyethylene which is cross-linked to form a cross-linked polyethylene, a material of the pipe further comprising a primary stabilizer, wherein the primary stabilizer is a sulphur containing hindered phenols selected from thiodiethylene-bis-[3-(3,5-di-tert-butyl-4-hydroxyphenyl) propionate] and/or 2,2'-thiodiethylene bis[3-(3,5-di- t -butyl-4-hydroxyphenyl)-propionate], and wherein in addition to the primary stabilizer, the material of the pipe further comprises a second stabilizer, which second stabilizer comprises hindered amine light stabilizers.
A humanized antibody or a fragment thereof which binds to the BAG3 protein and which comprises: a) a heavy chain amino acid sequence as set forth in SEQ ID N. 12 or at least the variable domain thereof or an amino acid sequence having a sequence identity of at least 95% thereof, and b) a light chain amino acid sequence as set forth in SEQ ID N. 20 or at least the variable domain thereof or an amino acid sequence having a sequence identity of at least 95% thereof; characterized in that the heavy chain amino acid sequence or at least the variable domain thereof or an amino acid sequence having a sequence identity of at least 95% thereof, comprises the CDRs regions having the following amino acid composition: H-CDR1 comprises the amino acids GFNIKDTYMY (SEQ ID N. 3), H-CDR2 comprises the amino acids GVDPANGNTRYDPKFQG (SEQ ID N. 4), H-CDR3 comprises the amino acids DGAMDY (SEQ ID N. 5) and the light chain amino acid sequence or at least the variable domain thereof or an amino acid sequence having a sequence identity of at least 95% thereof, comprises the CDRs regions having the following amino acid composition: L-CDR1 comprises the amino acids KSSQSLLYSSNQKNYLA (SEQ ID N. 6), L-CDR2 comprises the amino acids WASTRES (SEQ ID N. 7) and L-CDR3 comprises the amino acids QQYYTYPLT (SEQ ID N. 8). a) a heavy chain amino acid sequence as set forth in SEQ ID N. 12 or at least the variable domain thereof or an amino acid sequence having a sequence identity of at least 95% thereof, and b) a light chain amino acid sequence as set forth in SEQ ID N. 20 or at least the variable domain thereof or an amino acid sequence having a sequence identity of at least 95% thereof; characterized in that the heavy chain amino acid sequence or at least the variable domain thereof or an amino acid sequence having a sequence identity of at least 95% thereof, comprises the CDRs regions having the following amino acid composition: H-CDR1 comprises the amino acids GFNIKDTYMY (SEQ ID N. 3), H-CDR2 comprises the amino acids GVDPANGNTRYDPKFQG (SEQ ID N. 4), H-CDR3 comprises the amino acids DGAMDY (SEQ ID N. 5) and the light chain amino acid sequence or at least the variable domain thereof or an amino acid sequence having a sequence identity of at least 95% thereof, comprises the CDRs regions having the following amino acid composition: L-CDR1 comprises the amino acids KSSQSLLYSSNQKNYLA (SEQ ID N. 6), L-CDR2 comprises the amino acids WASTRES (SEQ ID N. 7) and L-CDR3 comprises the amino acids QQYYTYPLT (SEQ ID N. 8).
An array of adult absorbent articles, the array comprising: a first adult absorbent article in a first size having a topsheet (1105, 1205, 1405, 1505), a backsheet, and an absorbent core disposed between the topsheet and the backsheet; and a first physical feature arranged to fill a void between the body facing surface of a user's panty and the center of a user's vaginal opening in use; and a second adult absorbent article in a second size comprising a topsheet, a backsheet, and an absorbent core and a second physical feature arranged to fill a void between the body facing surface of a user's panty and the center of a user's vaginal opening in use; and wherein each of the first physical feature comprises a height and the second physical feature comprises a height, characterized in that the first adult absorbent article is associated with a first BMI range and the second adult absorbent article is associated with a second BMI range, wherein the first BMI range is higher than the second BMI range, the width of the first physical feature is smaller than the width of the second physical feature and a ratio of the first physical feature height to the second physical feature height is between 5 to 1 to 1.5 to 1. a first adult absorbent article in a first size having a topsheet (1105, 1205, 1405, 1505), a backsheet, and an absorbent core disposed between the topsheet and the backsheet; and a first physical feature arranged to fill a void between the body facing surface of a user's panty and the center of a user's vaginal opening in use; and a second adult absorbent article in a second size comprising a topsheet, a backsheet, and an absorbent core and a second physical feature arranged to fill a void between the body facing surface of a user's panty and the center of a user's vaginal opening in use; and wherein each of the first physical feature comprises a height and the second physical feature comprises a height, characterized in that the first adult absorbent article is associated with a first BMI range and the second adult absorbent article is associated with a second BMI range, wherein the first BMI range is higher than the second BMI range, the width of the first physical feature is smaller than the width of the second physical feature and a ratio of the first physical feature height to the second physical feature height is between 5 to 1 to 1.5 to 1.
Transfer paper for sublimation printing, comprising a fibrous substrate, the transfer paper having on at least one face one or more cationic agents, deposited by a surface treatment on the fibrous substrate, the amount of the cationic agent(s) being greater than or equal to 8%, by dry weight, of the total dry weight of the compound(s) provided by the surface treatment on the fibrous substrate, the amount of the cationic agent(s) being preferably greater than or equal to 9%, by dry weight, of the total dry weight of the compound(s) provided by the surface treatment on the fibrous substrate, in particular greater than or equal to 10%.
A prophylactic and/or therapeutic agent for use in the treatment of choroidal neovascularization comprising a leukotriene receptor antagonist, which is at least one selected from the group consisting of pranlukast, zafirlukast, and pharmaceutically acceptable salts thereof, as an active ingredient.
A method for resource access control in a system-on-chip, SoC, comprising: allocating to an access domain, by an agent executing on a processor, a resource comprising a memory region; loading, by the agent, a software image associated with the access domain into the memory region; locking, by a trust management engine, the resource against access by any entity other than the access domain and the trust management engine; authenticating, by the trust management engine, the software image associated with the access domain; initiating booting, by the trust management engine, of the access domain in response to a successful authentication of the software image associated with the access domain; and the access domain, after booting, locking the resource against access by the trust management engine. allocating to an access domain, by an agent executing on a processor, a resource comprising a memory region; loading, by the agent, a software image associated with the access domain into the memory region; locking, by a trust management engine, the resource against access by any entity other than the access domain and the trust management engine; authenticating, by the trust management engine, the software image associated with the access domain; initiating booting, by the trust management engine, of the access domain in response to a successful authentication of the software image associated with the access domain; and the access domain, after booting, locking the resource against access by the trust management engine.
Temperature protection device for use in an electrical circuit for protecting the electrical circuit from heating, comprising a first contact element and a second contact element, which are interconnected via respective ends (7, 12) and which are formed in such a way that the respectively interconnected ends (7, 12) of the first and second contact elements (5, 10) separate from one another as a result of a mechanical bias between the two ends (7, 12) if a boundary temperature is exceeded, and thus interrupt the electrical circuit, at least the ends (7, 12) of the contact elements (5, 10) comprising a material having a higher recrystallisation temperature than pure copper, characterised in that the first contact element and the second contact element are each formed as wire portions (5, 10) which are formed as throttle windings (5, 10) in the manner of a coil.
A web forming device comprising: a first material supply unit provided with a first release port to release a first material (M7A) containing a first defibrated substance and a first organic binder in a gas atmosphere; a second material supply unit provided with a second release port to release a second material (M7B) in the gas atmosphere, the second material containing a second defibrated substance and a second organic binder and being different from the first material; and a transporting unit to form and transport an accumulated substance obtained by accumulating the first material and the second material, wherein the second release port is positioned downstream of the first release port in a transporting direction of the transporting unit, and the accumulated substance is a laminate obtained by laminating a layer of the first material and a layer of the second material, characterized in that the web forming device further comprises: a first defibration unit to defibrate used paper to generate the first defibrated substance; and a second defibration unit that to defibrate used paper to generate the second defibrated substance. a first material supply unit provided with a first release port to release a first material (M7A) containing a first defibrated substance and a first organic binder in a gas atmosphere; a second material supply unit provided with a second release port to release a second material (M7B) in the gas atmosphere, the second material containing a second defibrated substance and a second organic binder and being different from the first material; and a transporting unit to form and transport an accumulated substance obtained by accumulating the first material and the second material, wherein the second release port is positioned downstream of the first release port in a transporting direction of the transporting unit, and the accumulated substance is a laminate obtained by laminating a layer of the first material and a layer of the second material, characterized in that the web forming device further comprises: a first defibration unit to defibrate used paper to generate the first defibrated substance; and a second defibration unit that to defibrate used paper to generate the second defibrated substance. a first defibration unit to defibrate used paper to generate the first defibrated substance; and a second defibration unit that to defibrate used paper to generate the second defibrated substance.
Drive device for a double seat valve, in particular for food flow control, which comprises, in a valve housing (1, 1') between flow paths (14, 15), a seat (2, 2') and first and second valve disks (5, 7, 7') linearly adjustable relative to each other and together relative to the seat, wherein first, second and third pistons (K1, K2, K3) are provided in a drive device housing and are movable in a sealed manner by alternating pressure pulses (D1, D2, D3) of a pressure medium for initiating an opening cycle of both valve disks, a cleaning cycle of the first valve disk, and a cleaning cycle of the second valve disk (7, 7'), wherein the pistons can be selectively connected with at least one of two couple elements (36, 37, 36', 37') connected to the first and the second valve disks so as to transmit movements, wherein the first piston can be actuated within the drive device housing by a closing spring assembly for adjusting the first and second valve disks (5, 7, 7') into the respective closing position, the second valve disk (7, 7') being adjustable relative to a seat by the second piston for a cleaning cycle of the second valve disk (7, 7'), the first valve disk being adjustable relative to the seat by the third piston for a cleaning cycle of the first valve disk and wherein several pressure transmission paths (29, 30, 28') lead into the drive device housing to chambers (31, 32, 33) bound by the pistons, and the second piston being guided in sealed fashion separated from the first piston in the drive device housing, and sealing areas of the first and the second pistons (K1, K2) bounding the first chamber and the second chamber in the drive device housing, and at least one pressure transmission path (29, 30) leads transversely to the common axis of the drive device housing and of the valve housing (1, 1') into the drive device housing and directly at least into the first chamber, characterized in that the drive device housing is divided into at least one upper housing part and one central housing part, that a guide ring with a smaller guiding and sealing diameter for the second piston than the guiding and sealing diameter of the first piston in the upper housing part is provided in the central housing part, that the at least one pressure transmission path (29, 30) at least to the first chamber extends sidewards through the central housing part or through the guide ring and opens directly in the first chamber and that the axial sealing and guiding length of the guide ring is shorter than the shift stroke of the second piston during the opening cycle of the double seat valve.
A vehicle body front structure on an automobile, comprising a bumper beam that is disposed in a left-and-right direction in front of a front wheel, a vehicle body member that is disposed beneath the bumper beam, an impact absorbing member that provides a connection between the bumper beam and the vehicle body member, and a bumper face that covers the impact absorbing member, the impact absorbing member comprising an upper-end mounting portion that is fixed to the bumper beam, an upper face portion that extends forward from the upper-end mounting portion, a front face portion that extends downward from the upper face portion, a lower face portion (20d, 20e) that extends rearward from the front face portion, and a lower-end mounting portion that fixes a rear end of the lower face portion (20d, 20e) to the vehicle body member, the lower face portion (20d, 20e) that is disposed above so as to follow an approach inclined line extending from the front wheel to a lower face of the bumper face being divided into a front lower face portion and a rear lower face portion via a bent portion (d) that extends in a left-and-right direction and bends downwardly, and the front lower face portion jutting out downwardly due to the bent portion (d) being bent when the vehicle is involved in a frontal collision, characterized in that the structure comprises a skid guard that is fixed to the lower face of the bumper face and opposes the lower face portion (20d, 20e) of the impact absorbing member, and the skid guard is capable of being deformed or moved by being pushed by the deforming impact absorbing member when the vehicle is involved in a frontal collision, wherein the skid guard comprises a cutout in a side flange formed on left and right side edges.
Method for operating a driver information system in an ego vehicle, wherein environment data in an environment of the ego vehicle are captured; a boundary marking on a roadway section in front of the ego vehicle in the direction of travel is determined on the basis of the captured environment data; and a boundary marking class is determined for the determined boundary marking; a driver information display is generated and output; wherein the driver information display comprises a graphical lane object representing the roadway section in front of the ego vehicle; wherein the driver information display furthermore comprises a graphical boundary object (30a, 30b), which is formed depending on the determined boundary marking class, and movement data of the ego vehicle are captured; characterized in that a radius of curvature of a curve of the roadway section in front of the ego vehicle is determined; a criticality is determined on the basis of the captured movement data and the detected radius of curvature; and the graphical lane object has a highlighting feature, which is formed depending on the determined criticality. environment data in an environment of the ego vehicle are captured; a boundary marking on a roadway section in front of the ego vehicle in the direction of travel is determined on the basis of the captured environment data; and a boundary marking class is determined for the determined boundary marking; a driver information display is generated and output; wherein the driver information display comprises a graphical lane object representing the roadway section in front of the ego vehicle; wherein the driver information display furthermore comprises a graphical boundary object (30a, 30b), which is formed depending on the determined boundary marking class, and movement data of the ego vehicle are captured; characterized in that a radius of curvature of a curve of the roadway section in front of the ego vehicle is determined; a criticality is determined on the basis of the captured movement data and the detected radius of curvature; and the graphical lane object has a highlighting feature, which is formed depending on the determined criticality.
A method for monitoring performance test stands having at least one load assembly, which is coupled to a test subject, such as an internal combustion engine, vehicle drive, or drivetrain, comprising the ascertainment of multiple, possibly derived parameters which characterize the current state of the test stand and their automated evaluation in regard to the stability of the operating state of the test stand, characterized in that every parameter is standardized, wherein characteristics of the current test stand configuration with the test subject and the load assembly are used as the foundation for the standardization, that the standardized parameters are weighted and consolidated into a single index characteristic of the current state, and this index is provided for the display and/or as a control variable for the real-time test stand control.