mhurhangee/ep-ind-claims huggingface dataset:
Probe body (11,61) of an optical probe assembly, the probe assembly being designed for measuring a distance to an object while being carried by a probe head of a coordinate measuring machine, the probe body (11,61) comprising • a coupling unit (13a,13b) at a first end of the probe body (11,61) designed for providing coupling of the probe body (11,61) to the probe head of a coordinate measuring machine, • a light guiding element (12,62) for transmitting original source light supplied by the probe head from the coupling unit (13a,13b) to a second end of the probe body (11,61) and • a stylus (14,64), wherein the free end of the stylus (14,64) represents the second end, characterised by a micro-optics probe-interface (20,20',66) at the second end of the probe body (11,61), the probe-interface (20,20',66) comprising • a source light emitting element (15,65) providing emission of the original source light in defined direction relative to the second end and with basically an emitting divergence defined by the light guiding element (12,62) and/or defined by the source light emitting element (15,65) and • a mechanical probe-coupling (21,67) designed to receive a coupling counterpart (31,41) being provided by a mechanical component-coupling of a beam-defining optical component (30,40,50,50',71) of the optical probe assembly, wherein • the original source light is providable by the probe body (11,61) with the emitting divergence and • desired measuring light with desired measuring light properties for measurement is providable by coupling of the beam-defining optical component (30,40,50,50',71). • a coupling unit (13a,13b) at a first end of the probe body (11,61) designed for providing coupling of the probe body (11,61) to the probe head of a coordinate measuring machine, • a light guiding element (12,62) for transmitting original source light supplied by the probe head from the coupling unit (13a,13b) to a second end of the probe body (11,61) and • a stylus (14,64), wherein the free end of the stylus (14,64) represents the second end, • a source light emitting element (15,65) providing emission of the original source light in defined direction relative to the second end and with basically an emitting divergence defined by the light guiding element (12,62) and/or defined by the source light emitting element (15,65) and • a mechanical probe-coupling (21,67) designed to receive a coupling counterpart (31,41) being provided by a mechanical component-coupling of a beam-defining optical component (30,40,50,50',71) of the optical probe assembly, wherein • the original source light is providable by the probe body (11,61) with the emitting divergence and • desired measuring light with desired measuring light properties for measurement is providable by coupling of the beam-defining optical component (30,40,50,50',71).
A polyimide powder that is an imide of polyamic acid obtained by polymerizing a diamine and an acid dianhydride, in which a degree of imidization of the polyimide powder is not less than 80 %, wherein the diamine includes 2,2'-bis(trifluoromethyl)-4,4'-diaminobiphenyl; a specific refractive index increment ( dn / dc) of the polyimide powder is 0.100 to 0.1800; and the specific refractive index increment ( dn / dc) is defined as follows: Specific refractive index increment ( dn / dc): the value is that a change rate of refractive index according to the change rate of dilute solution concentration is differentiated and is measured within the range of 0.001 to 0.1 g/ml that is a section of concentration change when detecting a refractive index through injecting the polyimide powder in a state of dilute solution in an organic solvent inside flow cell of differential refractometer.
A method performed by a media user agent in a node in a communication network for providing media from a media server to a media user client in a user terminal, the method comprising: - receiving a request for media from the media user client, the received request for media comprising information about the requested media, - transmitting a request of the media to the media server, the transmitted request comprising the information about the requested media, - receiving a Media Presentation Description, MPD, from the media server, - autonomously requesting segment(s) of the media from the media server based on the MPD, - receiving the segments of the media from the media server, characterised in that the method further comprises: - maintaining a data buffer and current playback point of the media user client, and - transmitting the segment(s) of the media to the media user client based on: information of the user terminal comprised in the received request for media, status of the data buffer, and the current playback point of the media user client. - receiving a request for media from the media user client, the received request for media comprising information about the requested media, - transmitting a request of the media to the media server, the transmitted request comprising the information about the requested media, - receiving a Media Presentation Description, MPD, from the media server, - autonomously requesting segment(s) of the media from the media server based on the MPD, - receiving the segments of the media from the media server, characterised in that the method further comprises: - maintaining a data buffer and current playback point of the media user client, and - transmitting the segment(s) of the media to the media user client based on: information of the user terminal comprised in the received request for media, status of the data buffer, and the current playback point of the media user client.
A transmission apparatus, comprising: a transmission section configured to transmit a transmission media stream to a reception side through a predetermined transmission line, the transmission media stream being obtained by multiplexing on a time division basis a first transmission packet containing transmission media in a payload and a second transmission packet containing information on the transmission media in a payload; characterized by an information insertion section configured to insert either presentation control information of the transmission media or reference information for acquiring presentation control information into an insertion area, the insertion area being provided in the payload of the second transmission packet, wherein the information insertion section is further configured to insert mode information into a predetermined area of the payload of the second transmission packet, the mode information identifying whether the insertion area includes presentation control information or reference information. a transmission section configured to transmit a transmission media stream to a reception side through a predetermined transmission line, the transmission media stream being obtained by multiplexing on a time division basis a first transmission packet containing transmission media in a payload and a second transmission packet containing information on the transmission media in a payload; characterized by an information insertion section configured to insert either presentation control information of the transmission media or reference information for acquiring presentation control information into an insertion area, the insertion area being provided in the payload of the second transmission packet, wherein the information insertion section is further configured to insert mode information into a predetermined area of the payload of the second transmission packet, the mode information identifying whether the insertion area includes presentation control information or reference information.
A crash buffer (1, 11, 21, 31, 41, 51) for movable or fixed support structures (3, 13, 23, 33, 43), in particular of railway vehicles, having a first and second guide part, each in the form of a sleeve (2, 12, 22, 32, 42) and a plunger (6, 16, 26, 36, 46, 56), wherein the sleeve has a fastening flange (2a, 12a, 22a, 32a, 42a), with which the sleeve can be fastened in a stationary manner to the support structure, and the plunger can be displaced relative to the sleeve in the longitudinal direction of the vehicle and is guided by the sleeve during its displacement movement, and having a force transmission member (8, 18, 28, 58) for flexible coupling of the plunger to the support structure, wherein a third guide part in the form of a guide rod (7, 7a, 17, 27, 47, 57) is attached and/or supported on the plunger, said guide part having a smaller cross-section than the first and second guide parts (2, 12, 22, 32, 42, 6, 16, 26, 36, 46, 56), wherein the fastening flange has a penetration opening (4, 14, 24, 54), in which the guide rod is supported, characterised in that the penetration opening comprises at least a first and a second section (4.1, 4.2), each having a different cross-section, wherein the first section has a larger cross-section than the second section and the guide rod is supported in the first section, wherein the guide rod, in particular at least in the part of the guide rod supported in the first section, has a larger cross-section than the second section, so that in the event of a collision, in particular when a certain impact force (triggering force) is exceeded on the crash buffer, the guide rod can penetrate through the fastening flange by means of plastic expansion of the opening cross-section in the second section.
A printing material receptacle configured to be fitted on a folder of a printing apparatus, the printing apparatus including a writing unit, the printing material receptacle comprising: a housing configured to accommodate ink; a first recording portion formed on a face of the housing and for recording updatable first information relating to the printing material receptacle to be updatable and visible using a non-electronic method, the face being configured to be exposed from the folder when the printing material receptacle is fitted on the folder of the printing apparatus, the writing unit being configured to write the first information into the first recording portion; and characterized by a second recording portion formed on the face of the housing and for recording updatable second information relating to the printing material receptacle to be updatable, invisible, and mechanically readable using a non-electronic method, the writing unit being configured to write the first information into the second recording portion. a housing configured to accommodate ink; a first recording portion formed on a face of the housing and for recording updatable first information relating to the printing material receptacle to be updatable and visible using a non-electronic method, the face being configured to be exposed from the folder when the printing material receptacle is fitted on the folder of the printing apparatus, the writing unit being configured to write the first information into the first recording portion; and characterized by a second recording portion formed on the face of the housing and for recording updatable second information relating to the printing material receptacle to be updatable, invisible, and mechanically readable using a non-electronic method, the writing unit being configured to write the first information into the second recording portion.
A pant type absorbent article such as a pant diaper, a sanitary pant or incontinence pant, said article having a core region comprising an absorbent core and a chassis surrounding the core region, said chassis comprising front, back and waist regions (5, 6 and 7), while the core region is located at least in a crotch portion of the article, a liquid impermeable backsheet is arranged in the core region on the garment-facing side of the absorbent core and a liquid permeable topsheet is arranged at least in the core region on the wearer-facing side of the absorbent core, said article having a longitudinal (y) and a transverse direction (x), characterized in that said article in at least a part of the chassis region comprises an outer coversheet in the form of an elastic web material constituting the sole component of the chassis in at least 20% of the total surface area of the article, said elastic web material is a laminate composed of first and second layers of fibrous material (12a, 12b) and an elastic film layer located between said first and second fibrous layers, said elastic film layer contains an opacifying filler and wherein the elastic web material has an opacity of at least 40% and a basis weight of no more than 100g/m 2.
A method for interpreting a moving user input for moving a graphical user interface element that is displayed to a user at an origin point, comprising the steps of: receiving the moving user input, the moving user input having commenced from the origin point; passing along the moving user input to an application program or operating system (134; 144), as it is received, in an unmodified form while the user input remains within a freeform movement threshold distance (280; 380) away from the origin point or if the moving user input has not moved into a groove region (292; 293; 294; 295); passing along a modified user input to the application program or operating system if the moving user input has moved beyond the freeform movement threshold distance away from the origin point and if the moving user input has moved into a groove region, wherein the modified user input is modified to center the moving user input along the groove region; and wherein: the groove region is a pre-defined linear region located in alignment with the origin point, or when determining that the moving user input is substantially directed along a direction, establishing the groove region as a linear region aligned in that direction and extending from a location of the moving user input. receiving the moving user input, the moving user input having commenced from the origin point; passing along the moving user input to an application program or operating system (134; 144), as it is received, in an unmodified form while the user input remains within a freeform movement threshold distance (280; 380) away from the origin point or if the moving user input has not moved into a groove region (292; 293; 294; 295); passing along a modified user input to the application program or operating system if the moving user input has moved beyond the freeform movement threshold distance away from the origin point and if the moving user input has moved into a groove region, wherein the modified user input is modified to center the moving user input along the groove region; and the groove region is a pre-defined linear region located in alignment with the origin point, or when determining that the moving user input is substantially directed along a direction, establishing the groove region as a linear region aligned in that direction and extending from a location of the moving user input.
A bulldozer that is intended for spreading and levelling road surface material over which an asphalt layer is further intended to be applied, which bulldozer is formed of a frame (1, 2) that is articulated in the middle and of bearing chain track wheels and a front bulldozer blade (4a, 4b), characterized in that the bulldozer blade (4a, 4b) has three parts, a body blade and side blades folding forward to an angle of 90° on both sides, whereby a U-shaped trough is formed in front of the bulldozer, wherein the body blade and the side blades each comprise a cutting edge part that is arranged to lower edges of the blades, and in operation, the cutting edge is extending vertically towards the surface being levelled at an angle of 90 degrees relative to the surface being worked.
Medical instrument, comprising a tube and a plunger received inside the tube, wherein the plunger is movable relative to the tube and slidable inside the latter, and wherein the plunger closes a first end of the tube, characterized in that a biodegradable nonwoven produced by a rotary spinning process is received in the tube, wherein the nonwoven can be expelled from the tube by actuation of the plunger.
A travel control method for a vehicle by using the vehicle to autonomously control a travel of the vehicle, the vehicle having an autonomous speed control function for autonomously controlling a traveling speed of the vehicle and an autonomous steering control function for autonomously controlling steering of the vehicle, the autonomous speed control function including a curved route speed control function for controlling the traveling speed of the vehicle at a set speed corresponding to a size of a curve of a travel route, the curved route speed control function capable of being set to ON/OFF, each of the autonomous speed control function and the autonomous steering control function capable of being set to ON/OFF, characterized in that when the autonomous speed control function and the autonomous steering control function are set to ON, the curved route speed control function is operated regardless of whether the curved route speed control function is set to ON or OFF. the vehicle having an autonomous speed control function for autonomously controlling a traveling speed of the vehicle and an autonomous steering control function for autonomously controlling steering of the vehicle, the autonomous speed control function including a curved route speed control function for controlling the traveling speed of the vehicle at a set speed corresponding to a size of a curve of a travel route, the curved route speed control function capable of being set to ON/OFF, each of the autonomous speed control function and the autonomous steering control function capable of being set to ON/OFF, characterized in that when the autonomous speed control function and the autonomous steering control function are set to ON, the curved route speed control function is operated regardless of whether the curved route speed control function is set to ON or OFF.
An antivibratory suspension device for a mechanical assembly, the suspension device being equipped with at least one suspension means, the suspension means comprising a flapper performing a pendulum motion, the flapper comprising a mass support, the flapper comprising a flapping mass supported by the mass support, said suspension means comprising at least a first actuator generating dynamic forces for generating a dynamic force for acting on the pendulum motion of the flapper, said suspension device having at least a first computer to control the first actuator, the first computer being connected to a measurement system measuring a vibratory response to adjust said pendulum motion, said flapping mass being mobile in translation longitudinally in relation to the mass support, said suspension device comprising a second actuator the second actuator being linked to the flapping mass to longitudinally displace the flapping mass in relation to the mass support, said suspension device comprising a second computer controlling said second actuator to adjust a position of the flapping mass in relation to the mass support, characterised in that the first actuator comprises at least one magnetised part and at least one electric coil, said magnetised part or said coil being integral with the flapping mass.
A waterslide (10; 70; 150; 200; 300; 500), comprising: a chute (30; 72) configured to facilitate water flow along the chute (30; 72) and configured to transport a patron; one or more adjustable joints (32; 76; 506; 600) positioned along the chute (30; 72); wherein the chute (30; 72) comprises a plurality of chute segments (502, 504) coupled via the one or more adjustable joints (32; 76; 506; 600); and an actuator (20; 78) configured to manipulate the one or more adjustable joints (32; 76; 506; 600) such that a flow path of the chute (30; 72) is changeable. a chute (30; 72) configured to facilitate water flow along the chute (30; 72) and configured to transport a patron; one or more adjustable joints (32; 76; 506; 600) positioned along the chute (30; 72); wherein the chute (30; 72) comprises a plurality of chute segments (502, 504) coupled via the one or more adjustable joints (32; 76; 506; 600); and an actuator (20; 78) configured to manipulate the one or more adjustable joints (32; 76; 506; 600) such that a flow path of the chute (30; 72) is changeable.
Modular connector assembly comprising a pin-side with at least one pin-side housing in which at least one pin-side connector is arranged, wherein said pin-side housing having a front section extending along a front axis and a rear section extending along a rear axis; a plug-side with at least one plug-side housing in which at least one plug-side connector is arranged, wherein said plug-side housing having a front section extending along a front axis and a rear section extending along a rear axis, and wherein the front section of the pin-side is adapted to be connected with the front section of the plug-side in direction of said front axis (M1, M3), and several shielding elements to provide an electromagnetic shielding, wherein said housings (2, 5) comprise an outer surface (22, 52) on which latching elements (23, 53) are arranged, wherein said latching elements (23, 53) are adapted to be received by latching elements (23, 53) of a neighbouring pin-side housing or plug-side housing (2, 5) in order to establish a mechanical connection between two neighbouring pin-side or plug-side housings (2, 5), characterized in that said shielding elements comprise latching elements which are adapted to be received by said latching elements (23, 53) of said housings (2, 5) in order to establish a mechanical connection between the shielding element and the respective housing (2, 5), and in that at least one of said shielding elements is in connection with the pin-side housing and in that at least one of said shielding elements is in connection with the plug-side housing, wherein said shielding elements comprise also a plug-side and a pin-side in order to establish an electrical connection between the plug-side of the shielding element and the pin-side of the shielding element.
An air treatment apparatus for conditioning air or providing ventilation of air, the air treatment apparatus comprising: a casing of an apparatus main body; a first sensor (3, 4, 15, 16); a conversion unit (7, 8, 14); and a main control unit disposed in the casing and configured to receive the signal output from the conversion unit (7, 8, 14), characterized by the first sensor (3, 4, 15, 16) being disposed outside the casing and configured to output a signal in conformity with a first communication standard and the conversion unit (7, 8, 14) being configured to convert the signal output from the first sensor (3, 4, 15, 16) into a signal conforming to a second communication standard higher in tolerance to noise than the first communication standard and to output the signal thus converted. a casing of an apparatus main body; a first sensor (3, 4, 15, 16); a conversion unit (7, 8, 14); and a main control unit disposed in the casing and configured to receive the signal output from the conversion unit (7, 8, 14), characterized by the first sensor (3, 4, 15, 16) being disposed outside the casing and configured to output a signal in conformity with a first communication standard and the conversion unit (7, 8, 14) being configured to convert the signal output from the first sensor (3, 4, 15, 16) into a signal conforming to a second communication standard higher in tolerance to noise than the first communication standard and to output the signal thus converted.