mhurhangee/ep-ind-claims huggingface dataset:
An antibody binding to one or more peptides selected from the group consisting of a peptide encoded by Exon-21 of periostin consisting of an amino acid sequence of SEQ ID NO: 6, a peptide consisting of an amino acid sequence of SEQ ID NO: 17 and a peptide consisting of an amino acid sequence of SEQ ID NO: 18 for use in preventing or treating, through inhibition of a periostin isoform having cell adhesion activity, an inflammation-associated disease in which the periostin isoform is involved, wherein the inflammation-associated disease in which the periostin isoform is involved, is a disease selected from multiple sclerosis, chronic inflammatory demyelinating polyneuropathy, periodontosis, atopic dermatitis, asthma, diabetic retinopathy, arteriosclerosis, inflammatory enterocolitis, breast cancer, lung cancer, melanoma, aneurysm, and osteoarthritis.
A mobile terminal comprising: a touch screen; a memory; and a controller in communication with the touch screen and the memory, the controller configured to: execute an application and control the touch screen to display an application screen including at least one field; process an input corresponding to a selection of a field from the at least one field, wherein the selected field has a format; search, in the memory, for data having the same format as the format of the selected field; filter the searched data according to a predetermined condition; display the filtered data relating to the selected field; and process an input corresponding to a selection of a data item from the displayed data and insert the selected data item into the selected field, wherein the predetermined condition comprises an execution state of an application where the searched data is found, wherein the execution state of an application corresponds to whether the application is executed or not. a touch screen; a memory; and a controller in communication with the touch screen and the memory, the controller configured to: execute an application and control the touch screen to display an application screen including at least one field; process an input corresponding to a selection of a field from the at least one field, wherein the selected field has a format; search, in the memory, for data having the same format as the format of the selected field; filter the searched data according to a predetermined condition; display the filtered data relating to the selected field; and process an input corresponding to a selection of a data item from the displayed data and insert the selected data item into the selected field, wherein the predetermined condition comprises an execution state of an application where the searched data is found, wherein the execution state of an application corresponds to whether the application is executed or not. execute an application and control the touch screen to display an application screen including at least one field; process an input corresponding to a selection of a field from the at least one field, wherein the selected field has a format; search, in the memory, for data having the same format as the format of the selected field; filter the searched data according to a predetermined condition; display the filtered data relating to the selected field; and process an input corresponding to a selection of a data item from the displayed data and insert the selected data item into the selected field, wherein the predetermined condition comprises an execution state of an application where the searched data is found, wherein the execution state of an application corresponds to whether the application is executed or not.
A screwing apparatus for setting a screw, in particular a thread-forming screw and/or a screw with a maximum screw-in torque of more than 4 Nm, said screwing apparatus comprising: a rotary drive for rotationally driving the screw, a feed drive for generating an axial feed force on the screw, a shaft-hub unit comprising a drive shaft, which has a non-circular cross-section, and a hub rotationally fixedly connected to the drive shaft, wherein the drive shaft and the hub serve to transmit a torque provided by the rotary drive, and wherein the drive shaft and the hub are axially displaceable relative to one another within a first torque load range to allow an axial feed movement of the screw relative to the rotary drive, characterized in that a compensating coupling is provided that allows a joint axial movement of the drive shaft and the hub relative to the rotary drive when a torque load exceeds the first torque load range. a rotary drive for rotationally driving the screw, a feed drive for generating an axial feed force on the screw, a shaft-hub unit comprising a drive shaft, which has a non-circular cross-section, and a hub rotationally fixedly connected to the drive shaft, wherein the drive shaft and the hub serve to transmit a torque provided by the rotary drive, and wherein the drive shaft and the hub are axially displaceable relative to one another within a first torque load range to allow an axial feed movement of the screw relative to the rotary drive, characterized in that a compensating coupling is provided that allows a joint axial movement of the drive shaft and the hub relative to the rotary drive when a torque load exceeds the first torque load range.
An intelligent bolt including a head region coupled to a threaded region, wherein the head region includes a bolt cavity, wherein a distance between the head region and a bottom end of the bolt cavity changes in operation as a function of a longitudinal stress applied between the threaded region and the head region, and wherein the intelligent bolt includes a sensor arrangement for measuring changes in the distance between the head region and the bottom end of the bolt cavity, characterized in that: the sensor arrangement is mounted in the head region, such that the sensor arrangement is spatially referenced in respect of the head region; and a distal end of the sensor arrangement is disposed adjacent to the bottom end of the bolt cavity to define a gap therebetween, such that the gap varies in size in response to changes in spatial position of the bottom end of the bolt cavity relative to the distal end of the sensor arrangement as a function of changes in a longitudinal stress applied to the intelligent bolt, wherein interrogating radiation transmission in operation via the gap from a source of interrogating radiation of the sensor arrangement to a corresponding radiation sensor of the sensor arrangement generates a stress measurement signal from the radiation sensor that is processed within the sensor arrangement for wireless communication from the intelligent bolt. the sensor arrangement is mounted in the head region, such that the sensor arrangement is spatially referenced in respect of the head region; and a distal end of the sensor arrangement is disposed adjacent to the bottom end of the bolt cavity to define a gap therebetween, such that the gap varies in size in response to changes in spatial position of the bottom end of the bolt cavity relative to the distal end of the sensor arrangement as a function of changes in a longitudinal stress applied to the intelligent bolt, wherein interrogating radiation transmission in operation via the gap from a source of interrogating radiation of the sensor arrangement to a corresponding radiation sensor of the sensor arrangement generates a stress measurement signal from the radiation sensor that is processed within the sensor arrangement for wireless communication from the intelligent bolt.
Furniture comprising a cubic or cuboid-shaped base body, wherein at least one side (11, 12) of the base body has an open side surface (13, 14), as well as a device for limiting the movement of a flap for closing the open side surface, which is pivotably arranged on one side of the base body, a freely removable panel is arranged in the interior of the base body in the default state of the furniture. In an open state of the furniture, the panel is partially inserted into the open side of the base body for use, rests against an inner side of one side of the base body, extends plan-parallel away from the base body, and rests on the free edge of the opened flap in such a way that the panel extends beyond the free edge of the flap, for the pivotable attachment of the flap to the base body, a convexly curved surface is arranged along the edge of the side of the base body, and a corresponding concavely curved surface is provided on the edge of the flap facing the base body.
A sporting towel mat comprising: a fabric towel having a first surface and a second surface; and one single anti-slip strip having a predetermined width and attached on the first surface of the fabric towel to form a predetermined pattern which covers the first surface of the fabric towel incompletely, so that the first surface of the fabric towel has at least one exposed part which is not covered by the anti-slip strip; the sporting towel mat being characterized in that: the anti-slip strip is shaped in a continuous form, and has two side parts and a middle part located between the two side parts and lower than the two side parts on a surface of the anti-slip strip. a fabric towel having a first surface and a second surface; and one single anti-slip strip having a predetermined width and attached on the first surface of the fabric towel to form a predetermined pattern which covers the first surface of the fabric towel incompletely, so that the first surface of the fabric towel has at least one exposed part which is not covered by the anti-slip strip; the sporting towel mat being characterized in that: the anti-slip strip is shaped in a continuous form, and has two side parts and a middle part located between the two side parts and lower than the two side parts on a surface of the anti-slip strip.
A gravity-based foundation for the installation of offshore wind turbines, manufactured in a floating dock for towing to the final location thereof, where it is anchored and finally completely submerged below sea level comprising a floating concrete caisson, in the shape of a straight prism, closed at its base, provided with vertical inner cells interconnected with each other and with the exterior, equipped with emptying and filling devices, which enables self-regulation of the ballast level for anchoring at its final location; closed at the top by means of a cover and provided with at least one concrete node in at least one of the cells of the caisson, which defines means of connection of a shaft or structure that joins the caisson to the superstructure, to which in turn the wind turbine is fastened, wherein said caisson has a lobular cross section, in a circular arrangement, wherein each of said lobes has a trapezoidal configuration, with a curved-convex outer side, while the inner side is a portion of the partition that defines a significantly circular central cell, each of these lobes being divided into several cells by at least one partition with a significantly circular cross section, concentric with the central cell; the closing cover or covers having a configuration equivalent to the caisson or to each of said lobes and a support on said caisson that enables the removal of the cover or covers once the foundation is anchored, before being filled with a ballast material; and wherein that-the base of the caisson has a polygonal floor plan, thicker than the walls (12, 13, 14, 15) of the caisson, and protruding slightly from the bottom of the caisson, acting as a counterweight with the aim of lowering the center of gravity, which allows the caisson to be stabilized in flotation, during the transfer thereof or in anchoring operations.
A method for determining the interstitial oxygen concentration (C o) of a sample made from p-type semiconductor material comprising the following step: a) subjecting the sample to thermal treatment to form thermal donors; b) bringing the sample to a temperature comprised between 0 K and 100 K and measuring (F2') the charge carrier concentration (p) of the sample; c) determining the thermal donor concentration (N TDD) of the sample from the charge carrier concentration (p) and the temperature of the sample; and d) determining the interstitial oxygen concentration (C o) from the thermal donor concentration and from duration of the thermal treatment. a) subjecting the sample to thermal treatment to form thermal donors; b) bringing the sample to a temperature comprised between 0 K and 100 K and measuring (F2') the charge carrier concentration (p) of the sample; c) determining the thermal donor concentration (N TDD) of the sample from the charge carrier concentration (p) and the temperature of the sample; and d) determining the interstitial oxygen concentration (C o) from the thermal donor concentration and from duration of the thermal treatment.
Mash filter membrane comprising an elastomeric composition that comprises more than 50 wt% of one or more elastomer, based on the total weight of polymers in the elastomeric composition, wherein the elastomeric composition is a food grade composition such as according to EU Directive 95/2001/EC on general product safety, Regulation N. 1935/2004 on materials and articles intended to come into contact with food, EU Regulation 2023/2006 on good manufacturing practice for materials and articles intended to come into contact with food, Dutch Food and consumer items law (including but not limited to the (Commodities Act) decree and regulation on packaging and consumer items (" Warenwetbesluit en - regeling verpakkingen en gebruiksartikelen "), article 33 of EU Regulation 1907/2006 such that no substances of very high concern as defined by the REACH legislation are present above 0.1 % by weight, and/or according to Food and Drug Administration CFR Title 21 - Part 177 - Indirect Food Additives: Polymers § 177.2600 Rubber articles intended for repeated use.
A method for Nano processing of silk comprising: quantifying non-linear multiphoton response of a silk material as a function of laser fluence induced by a pulsed femtosecond laser beam of predetermined laser characteristics; and b) micro structuring or heterostructuring of silk material upon exposure of the femtosecond laser beam wherein quantifying the non-linear multiphoton response of a silk material comprises: i. focusing the femtosecond laser beam at a focal point under ambient conditions; ii. exposing a portion of the silk material at said focal point; and is characterised by iii. raster scanning the portion of the silk material in the focus; iv. displaying real time image of said exposed portion of the silk material; and v. determining change in physical dimension of said portion of the silk material by varying the laser fluence at the portion of the silk material. quantifying non-linear multiphoton response of a silk material as a function of laser fluence induced by a pulsed femtosecond laser beam of predetermined laser characteristics; and b) micro structuring or heterostructuring of silk material upon exposure of the femtosecond laser beam wherein quantifying the non-linear multiphoton response of a silk material comprises: i. focusing the femtosecond laser beam at a focal point under ambient conditions; ii. exposing a portion of the silk material at said focal point; and is characterised by iii. raster scanning the portion of the silk material in the focus; iv. displaying real time image of said exposed portion of the silk material; and v. determining change in physical dimension of said portion of the silk material by varying the laser fluence at the portion of the silk material. i. focusing the femtosecond laser beam at a focal point under ambient conditions; ii. exposing a portion of the silk material at said focal point; and is characterised by iii. raster scanning the portion of the silk material in the focus; iv. displaying real time image of said exposed portion of the silk material; and v. determining change in physical dimension of said portion of the silk material by varying the laser fluence at the portion of the silk material.
A fixed vane turbocharger, comprising: an impeller; a housing including, inside thereof, an impeller housing space which accommodates the impeller, a scroll flow passage formed on a radially outer side of the impeller, and a communication flow passage which brings the impeller housing space and the scroll flow passage into communication; and at least one fixed vane unit disposed in the communication flow passage and fixed to a portion of the housing on an inner side of the scroll flow passage with respect to a radial direction of the impeller, wherein each of the at least one fixed vane unit includes at least two vane portions and a coupling portion coupling the two vane portions, each of the vane portions comprising a vane having a pressure surface and a suction surface, the coupling portion coupling each of the side edges of the two vane portions, and wherein each of the at least one fixed vane unit has a shape formed by bending or curving a single sheet metal member, characterized in that the at least one fixed vane unit includes a plurality of fixed vane units disposed at intervals in a circumferential direction, and each of the two vane portions has a leg portion configured to be disposed so as to protrude from an end portion of the vane portion in an axial direction toward an opposite side to the coupling portion in a circumferential direction of the impeller. an impeller; a housing including, inside thereof, an impeller housing space which accommodates the impeller, a scroll flow passage formed on a radially outer side of the impeller, and a communication flow passage which brings the impeller housing space and the scroll flow passage into communication; and at least one fixed vane unit disposed in the communication flow passage and fixed to a portion of the housing on an inner side of the scroll flow passage with respect to a radial direction of the impeller, wherein each of the at least one fixed vane unit includes at least two vane portions and a coupling portion coupling the two vane portions, each of the vane portions comprising a vane having a pressure surface and a suction surface, the coupling portion coupling each of the side edges of the two vane portions, and wherein each of the at least one fixed vane unit has a shape formed by bending or curving a single sheet metal member, characterized in that the at least one fixed vane unit includes a plurality of fixed vane units disposed at intervals in a circumferential direction, and each of the two vane portions has a leg portion configured to be disposed so as to protrude from an end portion of the vane portion in an axial direction toward an opposite side to the coupling portion in a circumferential direction of the impeller.
Steering column for a motor vehicle - having a steering shaft (20, 28) which is rotatably mounted in a boxed swing arm, - having a latching element connected to the steering shaft in a torsion-resistant manner and - having a locking element which may be brought into engagement with the latching element for temporary blocking of the steering shaft, - having a sensor arrangement, which is designed to detect a steering parameter, namely the angle of rotation of the steering shaft or the torque acting on the steering shaft, and - having an electromechanical actuator for actuating the locking element depending on a control, characterized in that the sensor arrangement comprises first sensors for the steering parameter and at least one second sensor for detecting the position of the locking element in a structural unit. - having a steering shaft (20, 28) which is rotatably mounted in a boxed swing arm, - having a latching element connected to the steering shaft in a torsion-resistant manner and - having a locking element which may be brought into engagement with the latching element for temporary blocking of the steering shaft, - having a sensor arrangement, which is designed to detect a steering parameter, namely the angle of rotation of the steering shaft or the torque acting on the steering shaft, and - having an electromechanical actuator for actuating the locking element depending on a control,
Connecting element for a kit for forming a box to be installed in a wall recess, which is configured to receive devices for distributing electrical energy in buildings and/or other components of the electrical installation and comprises box parts (2, 3), which are open on at least one side (5, 6), wherein the connecting element is configured to connect the box parts (2, 3) to one another at the open sides (5, 6), characterized in that the connecting element further has a device for fixing the box in the wall recess, wherein the device for fixing the box in the wall recess has at least one anchor element that can be pivoted out.
A magnetic suspension bogie, comprising: an upper frame located at an upper portion and two lower frames located at a lower portion, wherein the upper frame and each of the two lower frames are hinged and connected by means of a connection device, characterized in that suspension devices are mounted at bottoms of two sides of each of the two lower frames, a track sensing device is mounted at a bottom surface of a middle of each of the two lower frames, each of the two lower frames comprises a beam and two side beams which are symmetrically provided at two sides of the beam, the suspension devices are provided at a bottom of each of the two side beams, the track sensing device is provided on a bottom surface of a middle of the beam, guide devices are respectively provided at bottoms of two sides of the beam, each guide device comprises a guide wheel which is laterally provided and a guide wheel carrier; the guide wheel is mounted on the beam by means of the guide wheel carrier, and the guide wheel comes into contact with an inner wall of a track, support devices are respectively provided at bottoms of two sides of the beam, each support device corresponds to a top surface of a track, and is configured to support the magnetic suspension bogie when the magnetic suspension bogie is in a non-suspension state, each of two side edges of the beam extends outward to form a plurality of lap joint parts, and the plurality of lap joint parts are fixed on a respective one of the two side beams at intervals. characterized in that suspension devices are mounted at bottoms of two sides of each of the two lower frames, a track sensing device is mounted at a bottom surface of a middle of each of the two lower frames, each of the two lower frames comprises a beam and two side beams which are symmetrically provided at two sides of the beam, the suspension devices are provided at a bottom of each of the two side beams, the track sensing device is provided on a bottom surface of a middle of the beam, guide devices are respectively provided at bottoms of two sides of the beam, each guide device comprises a guide wheel which is laterally provided and a guide wheel carrier; the guide wheel is mounted on the beam by means of the guide wheel carrier, and the guide wheel comes into contact with an inner wall of a track, support devices are respectively provided at bottoms of two sides of the beam, each support device corresponds to a top surface of a track, and is configured to support the magnetic suspension bogie when the magnetic suspension bogie is in a non-suspension state, each of two side edges of the beam extends outward to form a plurality of lap joint parts, and the plurality of lap joint parts are fixed on a respective one of the two side beams at intervals.