mhurhangee/ep-ind-claims huggingface dataset:
Doctor device, which is intended for metering and/or levelling an application medium, for example coating colour, onto a base, wherein, in the case of direct application, the base is the surface of a moving paper, board or other fibrous web and, in the case of indirect application, is the surface of a transfer element which discharges the application medium onto the fibrous web, having a doctor unit comprising - a top part, which forms a doctor bed for a cylindrical metering rod accommodated in a groove as a metering and/or levelling element and - a bottom part, which supports the top part and the doctor bed, wherein the bottom part is held in a supporting beam by means of a clamping hose assigned to this bottom part, and wherein the top part including metering rod can be pressed by a pressure element against the base to be coated, - wherein the clamping hose is an integral constituent part of the bottom part, and - the pressure element is a non-integral constituent part of the top part and, for this purpose, is accommodated in an external pressing apparatus and acts from the outside on the rear side of the top part and of the doctor bed, located opposite the groove. - a top part, which forms a doctor bed for a cylindrical metering rod accommodated in a groove as a metering and/or levelling element and - a bottom part, which supports the top part and the doctor bed, wherein the bottom part is held in a supporting beam by means of a clamping hose assigned to this bottom part, and wherein the top part including metering rod can be pressed by a pressure element against the base to be coated, - wherein the clamping hose is an integral constituent part of the bottom part, and - the pressure element is a non-integral constituent part of the top part and, for this purpose, is accommodated in an external pressing apparatus and acts from the outside on the rear side of the top part and of the doctor bed, located opposite the groove.
Method of human body recognition by analysing a detected object in a monitored area and deciding whether or not the detected object is a human being with a laser scanner comprising: the laser scanner generates at least one laser curtain ( 22, 32, 34), where each laser curtain (22, 32, 34) is generated by multiple pulses evaluated by time of flight measurement of single pulses to generate the distance of the points of reflection with respect to the laser scanner position; combination of distances of the points of reflection with the direction of the pulse to retrieve a position in a predefined detection zone within a monitored area; projecting the points of reflection belonging to a detected object into an evaluation plane as evaluation objects (O1, O2), where the evaluation plane has a Z-axis that is related to the height and an axis perpendicular to the Z-axis that is related to the width in the direction of the lateral extension of the laser curtain (22, 32, 34), characterized in that the evaluation plane is evaluated based on a density distribution of the points of reflection along the Z-axis, where a head height and a shoulder height are derived by evaluating the peaks (24, 26) of the density distribution and the evaluation result is compared to anthropometric parameters. the laser scanner generates at least one laser curtain ( 22, 32, 34), where each laser curtain (22, 32, 34) is generated by multiple pulses evaluated by time of flight measurement of single pulses to generate the distance of the points of reflection with respect to the laser scanner position; combination of distances of the points of reflection with the direction of the pulse to retrieve a position in a predefined detection zone within a monitored area; projecting the points of reflection belonging to a detected object into an evaluation plane as evaluation objects (O1, O2), where the evaluation plane has a Z-axis that is related to the height and an axis perpendicular to the Z-axis that is related to the width in the direction of the lateral extension of the laser curtain (22, 32, 34), characterized in that the evaluation plane is evaluated based on a density distribution of the points of reflection along the Z-axis, where a head height and a shoulder height are derived by evaluating the peaks (24, 26) of the density distribution and the evaluation result is compared to anthropometric parameters.
A method for welding thermoplastic components (1, 2), in particular thermoplastic fiber composite structural components for an aircraft or spacecraft, with the steps: arranging an insert which has a conductor structure with a multiplicity of parallel electrical conductor elements., in a joining zone between a first thermoplastic component and a second thermoplastic component, so that the parallel electrical conductor elements are at least partially in the joining zone; Local melting of the components (1, 2) in the area of the joining zone by energizing the conductor structure; characterized by separating the conductor elements; and removing the insert from the joining zone by pulling out the separate conductor elements. arranging an insert which has a conductor structure with a multiplicity of parallel electrical conductor elements., in a joining zone between a first thermoplastic component and a second thermoplastic component, so that the parallel electrical conductor elements are at least partially in the joining zone; Local melting of the components (1, 2) in the area of the joining zone by energizing the conductor structure; characterized by separating the conductor elements; and removing the insert from the joining zone by pulling out the separate conductor elements.
A device for automatically monitoring and controlling the pneumatic brake systems of vehicles, wherein the device comprises a pneumatic module that monitors the air pressure of the brake systems by means of pressure sensors and a control module that is connected to the pneumatic module and controls one or more brake systems, and wherein said control module is designed for receiving position data of the vehicle, characterized in that the device is battery powered and comprises a motion sensor, as well as an electronic compass.
A rope lifting tool for belt-shaped ropes comprising a first guide for guiding the rope lifting tool along a first guide rail; a second guide for guiding the rope lifting tool along a second guide rail; an upright plate, and an inclined plate at an acute angle relative to the upright plate, the upright plate and the inclined plate having a wedge shaped space between them; a plurality of wedge members placed adjacent each other inside the wedge-shaped space; wherein a rope gap (g) for receiving an end of a belt-shaped rope is formed between each wedge member and the upright plate, which rope gap (g) is narrowable by wedging of the wedge member in the wedge shaped space.
Composition comprising red blood cells encapsulating a peptidic or proteic active principle selected from the group consisting of: - a therapeutic peptide, polypeptide or protein, - a peptidic or proteic autoantigen, - a transplantation peptidic or proteic antigen, and - a peptide, polypeptide or protein inducing an allergic reaction, for use to inducing, in a host, an immune tolerance to said peptidic or proteic active principle. - a therapeutic peptide, polypeptide or protein, - a peptidic or proteic autoantigen, - a transplantation peptidic or proteic antigen, and - a peptide, polypeptide or protein inducing an allergic reaction,
A vehicle driving assistance apparatus comprising: a sensor that is configured to detect an object around an own vehicle; and a processing apparatus that is configured to determine whether the object detected by the sensor is a static vehicle or a roadside static object, carry out driving assistance if a first driving assistance carrying-out condition is satisfied when determining the object as a static vehicle, and carry out the driving assistance if a second driving assistance carrying-out condition is satisfied when determining the object as a roadside static object, wherein a threshold concerning the first driving assistance carrying-out condition is lower than a threshold concerning the second driving assistance carrying-out condition, characterized in that when determining that the object as a roadside static object, the processing apparatus is configured to calculate an index value indicating a probability that the object is a roadside static object, determine based on a third driving assistance carrying-out condition whether to carry out the driving assistance if the calculated index value is less than a predetermined reference value, and determine based on the second driving assistance carrying-out condition whether to carry out the driving assistance if the calculated index value is greater than or equal to the predetermined reference value, and a threshold concerning the second driving assistance carrying-out condition is higher than a threshold concerning the third driving assistance carrying-out condition. a sensor that is configured to detect an object around an own vehicle; and a processing apparatus that is configured to determine whether the object detected by the sensor is a static vehicle or a roadside static object, carry out driving assistance if a first driving assistance carrying-out condition is satisfied when determining the object as a static vehicle, and carry out the driving assistance if a second driving assistance carrying-out condition is satisfied when determining the object as a roadside static object, wherein a threshold concerning the first driving assistance carrying-out condition is lower than a threshold concerning the second driving assistance carrying-out condition, characterized in that when determining that the object as a roadside static object, the processing apparatus is configured to calculate an index value indicating a probability that the object is a roadside static object, determine based on a third driving assistance carrying-out condition whether to carry out the driving assistance if the calculated index value is less than a predetermined reference value, and determine based on the second driving assistance carrying-out condition whether to carry out the driving assistance if the calculated index value is greater than or equal to the predetermined reference value, and a threshold concerning the second driving assistance carrying-out condition is higher than a threshold concerning the third driving assistance carrying-out condition.
A manual service disconnect comprising: an upper housing which has thereinside a plate-shaped upper bus bar terminal; and a lower housing comprising a lower bus bar terminal, the lower bus bar terminal includes a first bus bar terminal and a second bus bar terminal, wherein the first bus bar terminal comprises a first contact part which contacts the upper bus bar terminal and a first plug part extending from the first contact part, and the second bus bar terminal comprises a second contact part which contacts the upper bus bar terminal and a second plug part extending from the second contact part, wherein the first contact part and the second contact part are arranged to face each other, characterised in that the lower housing has an opened top surface and is configured to couple to the upper housing, the first bus bar terminal and the second bus bar terminal electrically contact front and rear surfaces, respectively, of the upper bus bar terminal, in the form of a slot through the opened top surface of the lower housing, the first plug part is coplanarly positioned with the first contact part, and the second plug part is coplanarly positioned with the second contact part. an upper housing which has thereinside a plate-shaped upper bus bar terminal; and a lower housing comprising a lower bus bar terminal, the lower bus bar terminal includes a first bus bar terminal and a second bus bar terminal, wherein the first bus bar terminal comprises a first contact part which contacts the upper bus bar terminal and a first plug part extending from the first contact part, and the second bus bar terminal comprises a second contact part which contacts the upper bus bar terminal and a second plug part extending from the second contact part, wherein the first contact part and the second contact part are arranged to face each other, characterised in that the lower housing has an opened top surface and is configured to couple to the upper housing, the first bus bar terminal and the second bus bar terminal electrically contact front and rear surfaces, respectively, of the upper bus bar terminal, in the form of a slot through the opened top surface of the lower housing, the first plug part is coplanarly positioned with the first contact part, and the second plug part is coplanarly positioned with the second contact part.
Mounting bracket for transporting fishing rods, having a base body and two legs which each have a clamping section and a handle section, wherein the two legs are connected opposite one another to the base body via at least one joint in such a way that the clamping sections of the legs rest at least partially against side surfaces of the base body and the handle sections each form a lever arm projecting beyond the base body, wherein a spring is arranged between the two legs, which pretensions the legs in such a way that the two clamping sections are pressed towards each other against the base body, and wherein the legs in the clamping section are at least partially convexly curved outwards in such a way that in this region a free space for receiving a respective section (30a, 30b) of a fishing rod is formed between the inner sides of the legs and the side surfaces of the base body and the two free spaces are spaced apart in a defined manner by the base body. wherein the two legs are connected opposite one another to the base body via at least one joint in such a way that the clamping sections of the legs rest at least partially against side surfaces of the base body and the handle sections each form a lever arm projecting beyond the base body, wherein a spring is arranged between the two legs, which pretensions the legs in such a way that the two clamping sections are pressed towards each other against the base body, and wherein the legs in the clamping section are at least partially convexly curved outwards in such a way that in this region a free space for receiving a respective section (30a, 30b) of a fishing rod is formed between the inner sides of the legs and the side surfaces of the base body and the two free spaces are spaced apart in a defined manner by the base body.
An aircraft engine nozzle assembly comprising: a flap portion moveable about a pivot for changing the size of an exhaust exit area; a bracket having a curved channel portion that establishes a range of possible movement of the flap portion; and a link moveable relative to the curved channel portion; wherein the link includes a slider that is received in the curved channel portion, wherein the slider is at a first end of the link and characterised in that:, a second end of the link is connected to a static aircraft engine structure; in that when the slider is at an end of the curved channel portion an angle between the link and the flap portion is less then 5°; and in that the link and the curved channel portion have an engagement angle defined between the longitudinal axis of the link and an axis of the curved channel portion taken tangent to the direction of movement within the curved channel portion of the location of the slider, the engagement angle remaining greater than 90° when the slider is at an end of the curved channel portion due to the curvature of the curved channel portion, thereby reducing frictional binding of the slider within the curved channel portion. a flap portion moveable about a pivot for changing the size of an exhaust exit area; a bracket having a curved channel portion that establishes a range of possible movement of the flap portion; and a link moveable relative to the curved channel portion; wherein the link includes a slider that is received in the curved channel portion, wherein the slider is at a first end of the link and characterised in that:, a second end of the link is connected to a static aircraft engine structure; in that when the slider is at an end of the curved channel portion an angle between the link and the flap portion is less then 5°; and in that the link and the curved channel portion have an engagement angle defined between the longitudinal axis of the link and an axis of the curved channel portion taken tangent to the direction of movement within the curved channel portion of the location of the slider, the engagement angle remaining greater than 90° when the slider is at an end of the curved channel portion due to the curvature of the curved channel portion, thereby reducing frictional binding of the slider within the curved channel portion. a second end of the link is connected to a static aircraft engine structure; in that when the slider is at an end of the curved channel portion an angle between the link and the flap portion is less then 5°; and in that the link and the curved channel portion have an engagement angle defined between the longitudinal axis of the link and an axis of the curved channel portion taken tangent to the direction of movement within the curved channel portion of the location of the slider, the engagement angle remaining greater than 90° when the slider is at an end of the curved channel portion due to the curvature of the curved channel portion, thereby reducing frictional binding of the slider within the curved channel portion.
A satellite communication system, the system comprising a hub and one or more terminals, wherein the satellite communication system is configured to: determine, at the hub, a forward link state and a return link state for a particular terminal of the one or more terminals; determine, at the hub, a forward link allocation margin for the particular terminal corresponding to the forward link state determined for the particular terminal; determine, at the hub, a return link allocation margin for the particular terminal corresponding to the return link state determined for the particular terminal; select, at the hub, a modulation and coding, MODCOD, for use in transmitting data to the particular terminal in accordance with the forward link allocation margin corresponding to the particular terminal; allocate, at the hub, a return link resource to the particular terminal in accordance with the return link allocation margin corresponding to the particular terminal; determine, at the particular terminal, a return link condition and a forward channel reception level degradation; and set, at the particular terminal, a transmission power level property for a subsequent transmission in accordance with the determined return link condition and the forward channel reception level degradation. determine, at the hub, a forward link state and a return link state for a particular terminal of the one or more terminals; determine, at the hub, a forward link allocation margin for the particular terminal corresponding to the forward link state determined for the particular terminal; determine, at the hub, a return link allocation margin for the particular terminal corresponding to the return link state determined for the particular terminal; select, at the hub, a modulation and coding, MODCOD, for use in transmitting data to the particular terminal in accordance with the forward link allocation margin corresponding to the particular terminal; allocate, at the hub, a return link resource to the particular terminal in accordance with the return link allocation margin corresponding to the particular terminal; determine, at the particular terminal, a return link condition and a forward channel reception level degradation; and set, at the particular terminal, a transmission power level property for a subsequent transmission in accordance with the determined return link condition and the forward channel reception level degradation.
An oral treatment device (80, 100) comprising an oral treatment unit (20,60,70) for confining an electromagnetic field having a frequency in the range of 100 kHz to 300 MHz and adapted to be inserted into an oral cavity, and a base unit (82, 135) adapted to be used in combination with the oral treatment unit, the oral treatment unit comprising: a first cleaning element coupled to or integrated in the oral treatment unit; and a metamaterial structure coupled to or integrated in the oral treatment unit adapted to receive an initial electromagnetic field and output a focused electromagnetic field, wherein the metamaterial structure has one or more of: a negative effective permittivity; a negative effective permeability; and a negative refractive index, and wherein the metamaterial structure has a passive electromagnetic field focusing function, which confines the received initial electromagnetic field in the near-field region of the metamaterial structure, wherein the metamaterial structure comprises an arrangement of unit cells. a first cleaning element coupled to or integrated in the oral treatment unit; and a metamaterial structure coupled to or integrated in the oral treatment unit adapted to receive an initial electromagnetic field and output a focused electromagnetic field, wherein the metamaterial structure has one or more of: a negative effective permittivity; a negative effective permeability; and a negative refractive index, and wherein the metamaterial structure has a passive electromagnetic field focusing function, which confines the received initial electromagnetic field in the near-field region of the metamaterial structure, wherein the metamaterial structure comprises an arrangement of unit cells. a negative effective permittivity; a negative effective permeability; and a negative refractive index, and wherein the metamaterial structure has a passive electromagnetic field focusing function, which confines the received initial electromagnetic field in the near-field region of the metamaterial structure, wherein the metamaterial structure comprises an arrangement of unit cells.
A free-flowing particle comprising: (a) a rubber particle, and (b) a coating deposited over at least a portion of the rubber particle, wherein the coating comprises: a polyurethane-urea resin that is a reaction product of a reaction mixture comprising: (i) a polyol having a number average molecular weight of 1800 to 12,000; (ii) an aromatic diamine; (iii) a polyisocyanate; and (iv) a catalyst for the reaction between hydroxyl groups and isocyanate groups; and a solid particle anti-clumping agent. (a) a rubber particle, and (b) a coating deposited over at least a portion of the rubber particle, wherein the coating comprises: a polyurethane-urea resin that is a reaction product of a reaction mixture comprising: (i) a polyol having a number average molecular weight of 1800 to 12,000; (ii) an aromatic diamine; (iii) a polyisocyanate; and (iv) a catalyst for the reaction between hydroxyl groups and isocyanate groups; and a solid particle anti-clumping agent. a polyurethane-urea resin that is a reaction product of a reaction mixture comprising: (i) a polyol having a number average molecular weight of 1800 to 12,000; (ii) an aromatic diamine; (iii) a polyisocyanate; and (iv) a catalyst for the reaction between hydroxyl groups and isocyanate groups; and (i) a polyol having a number average molecular weight of 1800 to 12,000; (ii) an aromatic diamine; (iii) a polyisocyanate; and (iv) a catalyst for the reaction between hydroxyl groups and isocyanate groups; and a solid particle anti-clumping agent.