mhurhangee/ep-ind-claims huggingface dataset:
A ride system for providing selective relative positioning of vehicles (120,124) in an amusement or theme park ride to simulate racing, comprising: a chassis adapted to be supported by and to travel along a length of track provided for a ride; a support attached to the chassis to move with the chassis along the track; first and second passenger vehicles (120,124) spaced apart on and supported by the support; and a drive assembly linked to the support to rotate the support about a rotation axis, wherein the first and second vehicles are moved concurrently to alter their position relative to the track, wherein the first and second vehicles (120, 124) are positioned on the support such that the rotation axis extends between the first and second vehicles, characterised in that the first and second vehicles are rotated about a pair of axes parallel to the rotation axis at least partially concurrently with each other and with the support. a chassis adapted to be supported by and to travel along a length of track provided for a ride; a support attached to the chassis to move with the chassis along the track; first and second passenger vehicles (120,124) spaced apart on and supported by the support; and a drive assembly linked to the support to rotate the support about a rotation axis, wherein the first and second vehicles are moved concurrently to alter their position relative to the track, wherein the first and second vehicles (120, 124) are positioned on the support such that the rotation axis extends between the first and second vehicles, characterised in that the first and second vehicles are rotated about a pair of axes parallel to the rotation axis at least partially concurrently with each other and with the support.
A measurement method, performed by a user equipment, UE, said method comprising: receiving measurement object configuration information from a network device; wherein the measurement object configuration information includes at least one target object that is associated with conditional trigger mode for cell management; said method being characterized by: when adopting conditional trigger mode for cell management, starting measurement of the at least one target object according to the measurement object configuration information; wherein the at least one target object is at least one of objects indicated by the measurement object configuration information; when satisfying a preset trigger event, determining whether to stop measurement of the at least one target object associated with the conditional trigger mode for cell management; wherein the preset trigger event comprises at least one of a cell handover success or a target secondary cell group, SCG, access success. receiving measurement object configuration information from a network device; wherein the measurement object configuration information includes at least one target object that is associated with conditional trigger mode for cell management; said method being characterized by: when adopting conditional trigger mode for cell management, starting measurement of the at least one target object according to the measurement object configuration information; wherein the at least one target object is at least one of objects indicated by the measurement object configuration information; when satisfying a preset trigger event, determining whether to stop measurement of the at least one target object associated with the conditional trigger mode for cell management; wherein the preset trigger event comprises at least one of a cell handover success or a target secondary cell group, SCG, access success. when adopting conditional trigger mode for cell management, starting measurement of the at least one target object according to the measurement object configuration information; wherein the at least one target object is at least one of objects indicated by the measurement object configuration information; when satisfying a preset trigger event, determining whether to stop measurement of the at least one target object associated with the conditional trigger mode for cell management; wherein the preset trigger event comprises at least one of a cell handover success or a target secondary cell group, SCG, access success.
Device for automatically injecting liquids to be injected with a housing that is subdivided in the axial direction, the parts of said housing being interconnectable, wherein an axially displaceable stud is guided in a first part of the housing, which can be pushed in against an energy storage mechanism, can be locked in the pushed in position, and can be moved out when the energy storage mechanism is released, and an injection canula, blocked in a canula guiding mechanism, is mounted, with an ampule, in a second part of the housing, in such a way that they can be displaced in relation to each other, wherein the injection canula is embodied as a puncturing part for the ampule on the side thereof facing the ampule, wherein the stud, under the imposition of a force stored in the energy storage mechanism, can exert a force onto the plunger head of the ampule in order to cause a displacement of the ampule, the piercing of the injection canula, and to cause an injection, characterized in that the ampule with its end facing the injection ampule is plunged into a sleeve blocked in the second part of the housing, the inner diameter of the sleeve essentially corresponding to the outer diameter of the ampule, that radially inwardly protruding projections are formed on the inner circumference of the sleeve, and that the sleeve comprises locking elements which interact with locking elements of the canula guiding mechanism, wherein an axial displacement of the ampule in the direction of the canula guiding mechanism, overcoming the displacement resistance exerted by the projections, causes the release of the locking elements and the axial displaceability of the canula guiding mechanism, wherein the locking elements of the sleeve are formed on arms which can be deflected outwards under spring force, wherein the arms carry, in the region of their guide point, an inwards projecting projection which interacts with the ampule under the deflection of the arms and the release of the locking elements.
An apparatus comprising: processing circuitry to execute instructions in order to perform operations; and a capability storage element (60, 80) accessible to the processing circuitry and arranged to store a capability used to constrain at least one operation performed by the processing circuitry when executing said instructions, said capability identifying a plurality N of default permissions whose state, in accordance with a default interpretation, is determined from N permission flags provided in said capability, in accordance with the default interpretation each permission flag being associated with one of the default permissions; wherein: the processing circuitry is arranged to analyse the capability in accordance with an alternative interpretation, in order to derive, from logical combinations of the N permission flags, state for an enlarged set of permissions, the enlarged set comprising at least N+1 permissions; and said enlarged set of permissions comprises said plurality N of default permissions and at least one additional permission. processing circuitry to execute instructions in order to perform operations; and a capability storage element (60, 80) accessible to the processing circuitry and arranged to store a capability used to constrain at least one operation performed by the processing circuitry when executing said instructions, said capability identifying a plurality N of default permissions whose state, in accordance with a default interpretation, is determined from N permission flags provided in said capability, in accordance with the default interpretation each permission flag being associated with one of the default permissions; wherein: the processing circuitry is arranged to analyse the capability in accordance with an alternative interpretation, in order to derive, from logical combinations of the N permission flags, state for an enlarged set of permissions, the enlarged set comprising at least N+1 permissions; and said enlarged set of permissions comprises said plurality N of default permissions and at least one additional permission. the processing circuitry is arranged to analyse the capability in accordance with an alternative interpretation, in order to derive, from logical combinations of the N permission flags, state for an enlarged set of permissions, the enlarged set comprising at least N+1 permissions; and said enlarged set of permissions comprises said plurality N of default permissions and at least one additional permission.
A grinding machine, manually displaceable on a track in a longitudinal direction of the track, for grinding rails of the track, including a support frame which is designed for rolling on the rails via guide rollers and on which are arranged an energy module and a work module, wherein the work module comprises a pivotable grinding unit, and wherein the grinding unit comprises an electric motor and a grinding tool powered by the same, characterized in that the grinding unit is supported in a motor frame for pivoting about a longitudinal axis extending in the longitudinal direction of the track, and that the motor frame is arranged to be adjustable relative to the support frame.
A barrier material comprising a paper base material comprising a gas barrier layer coated on a paper substrate, wherein the gas barrier layer comprises a water-soluble polymer and a surfactant, the barrier material having an oxygen permeability of 10 ml/m 2 •day•atm or less at a temperature of 23°C and a relative humidity of 0% measured as described in the description, and having a total degree of biomass of 50% or more, wherein the total degree of biomass is expressed by the following formula: Degree of biomass % = ( Dry weight g of bio-derived raw material/Dry weight g of barrier material) × 100 and comprising mica, wherein the barrier material comprises a resin layer on at least one surface of the paper base material, the resin layer comprising a biodegradable resin or a bio-derived resin as a main component. the barrier material having an oxygen permeability of 10 ml/m 2 •day•atm or less at a temperature of 23°C and a relative humidity of 0% measured as described in the description, and having a total degree of biomass of 50% or more, wherein the total degree of biomass is expressed by the following formula: Degree of biomass % = ( Dry weight g of bio-derived raw material/Dry weight g of barrier material) × 100 and comprising mica, wherein the barrier material comprises a resin layer on at least one surface of the paper base material, the resin layer comprising a biodegradable resin or a bio-derived resin as a main component.
A method of gripping a limp flat workpiece by means of a positioning device which includes at least one control unit, a camera, at least one first gripper and at least one second gripper, the method comprising the following steps: a) providing the flat workpiece in a random, in particular folded, state on a manipulation surface; b) generating, by the camera, a camera image showing the flat workpiece; c) identifying, by a first machine learning module of the control unit, a grippable edge of the flat workpiece by extracting characteristic image features of the camera image; d) determining, by a second machine learning module of the control unit, a first gripping point for the first gripper at the grippable edge; and e) determining, by the second machine learning module of the control unit, a second gripping point for the second gripper at the grippable edge, the second gripping point being spaced apart from the first gripping point, wherein the flat workpiece is held by means of the second gripper and the first gripper is moved along the gripped edge until the first gripper grips a first corner of the flat workpiece, and/or the flat workpiece is held by means of the first gripper and the second gripper is moved along the gripped edge until the second gripper grips a second corner of the flat workpiece. a) providing the flat workpiece in a random, in particular folded, state on a manipulation surface; b) generating, by the camera, a camera image showing the flat workpiece; c) identifying, by a first machine learning module of the control unit, a grippable edge of the flat workpiece by extracting characteristic image features of the camera image; d) determining, by a second machine learning module of the control unit, a first gripping point for the first gripper at the grippable edge; and e) determining, by the second machine learning module of the control unit, a second gripping point for the second gripper at the grippable edge, the second gripping point being spaced apart from the first gripping point, wherein the flat workpiece is held by means of the second gripper and the first gripper is moved along the gripped edge until the first gripper grips a first corner of the flat workpiece, and/or the flat workpiece is held by means of the first gripper and the second gripper is moved along the gripped edge until the second gripper grips a second corner of the flat workpiece.
A lumen passability checking device (50; 110; 110A; 110B; 110C; 110D; 120; 120A; 120B; 130; 140; 150; 170) that has a capsule shape and a size capable of being introduced into a body, the lumen passability checking device (50; 110; 110A; 110B; 110C; 110D; 120; 120A; 120B; 130; 140; 150; 170) comprising: a soluble portion (41; 113; 123) that is made of a material soluble in the body, and has a capsule shape; a through hole (51; 112; 112a to 112d; 122) penetrating between both ends of the capsule shape through the axial center of the soluble portion (41; 113; 123) in a longitudinal direction of the capsule shape; and an insoluble portion (42; 114; 114a, 114b, 114c; 124) that is made of a material insoluble in the body, and the insoluble portion forming a film covering a surface of the soluble portion (41; 113; 123), excluding both ends of the through hole (51; 112; 112a to 112d; 122). a soluble portion (41; 113; 123) that is made of a material soluble in the body, and has a capsule shape; a through hole (51; 112; 112a to 112d; 122) penetrating between both ends of the capsule shape through the axial center of the soluble portion (41; 113; 123) in a longitudinal direction of the capsule shape; and an insoluble portion (42; 114; 114a, 114b, 114c; 124) that is made of a material insoluble in the body, and the insoluble portion forming a film covering a surface of the soluble portion (41; 113; 123), excluding both ends of the through hole (51; 112; 112a to 112d; 122).
Security element, in particular security thread, for a security document, the security element comprising first and second regions separated by an intermediate region comprising an intermediate structure, the first and second regions comprising respective optically variable first and second structures arranged so that, for a first direction of observation, the first and second structures have different appearances from one another and, for a second direction of observation different from the first, the first and second structures have, on the one hand, each changed in appearance with respect to their appearance when observed along the first direction of observation and, on the other hand, have different appearances from one another, the intermediate structure comprising nonmagnetic particles dispersed within a binder so as to form a semitransparent layer, or a semitransparent layer, which is defined by a deposition of a metal, the semitransparent layer being semireflecting, the optically variable first and second structures comprising one and the same pigment which is deposited differently on the first and second regions, with a different orientation, the pigment being magnetic and of platelet form, in which, when the element is observed along a third direction of observation different from the first and second directions of observation, the intermediate region exhibits an appearance identical to that of the first region observed along the first direction of observation and/or to that of the second region observed along the second direction of observation.
Hotplate device having at least one carrier unit which is provided in an assembled state and in a mounting position for support of at least one electronic unit, wherein the carrier unit is designed at least partially as a grid, wherein the carrier unit is integrally formed and wherein the carrier unit comprises at least one electronic carrier element for support of the electronic unit, characterised in that the support unit comprises at least one bearing for guiding the movement of the electronic carrier element and in that the bearing comprises a swivel bearing.
A botanical drug substance in the form of a CO 2 extract obtained under subcritical conditions, which has been treated to reduce the proportion of non-cannabinoid materials, obtained from a high THC containing cannabis plant, wherein said treated extract comprises at least 60% of cannabinoid constituents, and less than 40% of non-cannabinoid constituents, and wherein the cannabinoid constituents comprise at least 90% THC and the non-cannabinoid constituents include terpenes, hydrocarbon and triglyceride waxes and plant pigments in which the waxes have been reduced by treatment.
A milk liner for a milk liner assembly of an animal milking system, the milk liner comprising a resilient flexible elongated sleeve forming a teat receiving cavity for receiving a teat of an animal's udder and defining a longitudinally extending central axis, a teat engaging flange extending circumferentially around and radially inwardly from the sleeve, and forming with the sleeve the teat receiving cavity, the teat engaging flange defining a teat accommodating opening therethrough for accommodating a teat into the teat receiving cavity, and a strengthening ring provided on the sleeve and extending around the sleeve, wherein the strengthening ring is located adjacent the teat engaging flange with the teat engaging flange extending radially inwardly from the strengthening ring and the sleeve, the strengthening ring is adapted to prevent radial inward contraction of the teat engaging flange onto a teat extending therethrough and to permit axial deflection of the teat engaging flange inwardly and outwardly relative to the teat receiving cavity, and the strengthening ring extends in a general axial direction from the end of the sleeve adjacent which the teat engaging flange is located and terminates in an abutment surface adapted to abut the udder, the abutment surface being axially spaced apart from the teat engaging flange, so that the strengthening ring forms a spacing means for spacing the teat engaging flange from the cricoid fold on the axial end of the cricoid fold opposite to the end thereof adjacent the udder when the abutment surface engages the udder, and the strengthening ring, the teat engaging flange and the sleeve are integrally moulded in one piece.
A content data retrieval apparatus which retrieves, using a search word, content data associated with an attribute value indicating a content attribute, said apparatus comprising: an attribute value storage unit operable to store the attribute value; a conversion table in which a search word is associated with a search word range that is a range of attribute values associated with the search word; a modification unit (109, 112) operable to modify a relative relationship between the search word range and a distribution range of the attribute values by modifying attribute values read from said attribute value storage unit or the search word range, in accordance with the distribution of the attribute values associated with respective content data regarded as search targets; a receiving unit operable to receive an input of a search word; and a retrieval unit operable to retrieve the content data corresponding to the search word, by searching the attribute values included in the search word range in the relative relationship modified by said modification unit (109, 112), the search word range being associated with the search word received by said receiving unit and being modified by said modification unit, wherein said modification unit (109, 112) is operable to (i) create a plurality of modified conversion tables, each modified conversion table being created by reducing and moving the search word range read from said conversion table so that the search word range is included in the distribution range of the attribute values associated with the respective content data which belong to a group specific in characteristics to the modified conversion table, and (ii) select one modified conversion table from the plurality of modified conversion tables according to the characteristics of to a group of the content data regarded as the search targets, and said retrieval unit is operable to read the search word range from the modified conversion table selected by said modification unit (109, 112), and search the attribute values included in the search word range. an attribute value storage unit operable to store the attribute value; a conversion table in which a search word is associated with a search word range that is a range of attribute values associated with the search word; a modification unit (109, 112) operable to modify a relative relationship between the search word range and a distribution range of the attribute values by modifying attribute values read from said attribute value storage unit or the search word range, in accordance with the distribution of the attribute values associated with respective content data regarded as search targets; a receiving unit operable to receive an input of a search word; and a retrieval unit operable to retrieve the content data corresponding to the search word, by searching the attribute values included in the search word range in the relative relationship modified by said modification unit (109, 112), the search word range being associated with the search word received by said receiving unit and being modified by said modification unit,