mhurhangee/patent-ind-claim-en huggingface dataset:
Plastic container with a mouth portion , a main body adjoining this mouth portion in a longitudinal direction (L) of the plastic container , this main body completely surrounding an internal volume of the plastic container in a circumferential direction of the plastic container , and with a base portion which adjoins the main body , wherein this base portion has a central region as well as a wall which runs in the circumferential direction of the plastic container and extends from the central region to the main body , wherein the central region is pivotable relative to the main body between at least two positions (S1, S2), and wherein these two positions (S1, S2) differ with regard to an internal volume of the plastic container , and wherein, in order to reach these pivot positions between the central region and the main body, a pivot section is formed which is circumferential with respect to the longitudinal direction (L) of the plastic container , wherein the wall has grooves which are at least partially circumferential with respect to the longitudinal direction (L) of the plastic container and are spaced apart from one another, and the central region has a projection extending in the direction of the interior of the plastic container , characterised in that webs extending at least partially in a radial direction (R) are arranged in the circumferential wall , wherein the webs fill the individual grooves substantially completely and are interrupted by edge portions of the grooves . webs extending at least partially in a radial direction (R) are arranged in the circumferential wall , wherein the webs fill the individual grooves substantially completely and are interrupted by edge portions of the grooves .
Industrial truck , comprising at least one load roller unit at a free end of a wheel arm of the industrial truck , the load roller unit comprising - at least one unpowered load roller , which is rotatably arranged around an essentially horizontal roller axis (A), and - an adjustment assembly which on one hand supports the roller axis (A) and on the other hand is designed to adjust the position of the roller axis (A) in the vertical direction (H) relative to a bearing element , wherein the bearing element is formed integrally with or connected to the wheel arm , wherein the adjustment assembly comprises a substantially horizontally extending swing element supporting the roller axis (A), which is pivotable on the bearing element about a substantially horizontally extending pivot axis (B), characterized in that on one of the elements, bearing element or swing element, at least one adjustable stop element is provided, which is designed to interact with a stop surface provided on the respective other element, swing element or bearing element, to limit the pivoting movement of the swing element . - at least one unpowered load roller , which is rotatably arranged around an essentially horizontal roller axis (A), and - an adjustment assembly which on one hand supports the roller axis (A) and on the other hand is designed to adjust the position of the roller axis (A) in the vertical direction (H) relative to a bearing element , wherein the bearing element is formed integrally with or connected to the wheel arm ,
A light emitting diode array comprising: a substrate ; and a semiconductor layer structure provided on the substrate , said semiconductor layer structure having a first semiconductor layer of a first conductivity type formed on the substrate , an active layer formed on the first semiconductor layer , and a second semiconductor layer of a second conductivity type formed on the active layer , the semiconductor layer structure having at least three arrayed light emitting sections , each constituting a light emitting diode element, said light emitting sections being partitioned by groove portions formed in the semiconductor layer structure , said light emitting sections being electrically connected in series, each of said groove portions being defined by two side faces of the light emitting sections such that one said groove portion is defined by two said side faces of two said light emitting sections disposed next to each other, each of said two side faces having a recessed and protruding structure such that protrusions and recesses of one of said two side faces face recesses and protrusions of the other of said two side faces respectively and such that a segment joining together apexes of the protrusions of said one of said two side faces penetrates the protrusions of said the other of said two side faces, and the recessed and protruding structure has at least one shape of a periodic shape and a curved wave shape. a substrate ; and a semiconductor layer structure provided on the substrate , said semiconductor layer structure having a first semiconductor layer of a first conductivity type formed on the substrate , an active layer formed on the first semiconductor layer , and a second semiconductor layer of a second conductivity type formed on the active layer , the semiconductor layer structure having at least three arrayed light emitting sections , each constituting a light emitting diode element, said light emitting sections being partitioned by groove portions formed in the semiconductor layer structure , said light emitting sections being electrically connected in series, each of said groove portions being defined by two side faces of the light emitting sections such that one said groove portion is defined by two said side faces of two said light emitting sections disposed next to each other, each of said two side faces having a recessed and protruding structure such that protrusions and recesses of one of said two side faces face recesses and protrusions of the other of said two side faces respectively and such that a segment joining together apexes of the protrusions of said one of said two side faces penetrates the protrusions of said the other of said two side faces, and the recessed and protruding structure has at least one shape of a periodic shape and a curved wave shape.
A process for purification of tetrahydrocannabinolic acid (THCA) or cannabidiolic acid (CBDA) from a crude cannabis plant extract in an organic solvent, said process comprising the steps of: (i) passing said organic solvent containing said crude cannabis plant extract through a basic ion-exchange resin, thereby binding the THCA or CBDA present in said crude cannabis plant extract to said basic ion-exchange resin; (ii) passing a strong base solution through said basic ion-exchange resin, thereby liberating the THCA or CBDA as a basic salt from said basic ion-exchange resin into said solution; (iii) acidifying the solution obtained in step (ii) thereby neutralizing the THCA- or CBDA-basic salt to obtain THCA or CBDA, respectively; (iv) extracting said THCA or CBDA with an organic solvent to obtain a solution of THCA or CBDA, respectively, in said solvent; and either: (v) converting said THCA into a basic salt thereof, purifying said THCA salt to obtain a solid precipitate comprising said THCA salt, recrystallizing said precipitate to obtain said THCA salt in a chemically pure form, and converting said chemically pure THCA salt into said purified THCA; or (vi) drying the CBDA solution obtained, evaporating said solvent, and drying the material thus obtained under vacuum to obtain said purified CBDA. (i) passing said organic solvent containing said crude cannabis plant extract through a basic ion-exchange resin, thereby binding the THCA or CBDA present in said crude cannabis plant extract to said basic ion-exchange resin; (ii) passing a strong base solution through said basic ion-exchange resin, thereby liberating the THCA or CBDA as a basic salt from said basic ion-exchange resin into said solution; (iii) acidifying the solution obtained in step (ii) thereby neutralizing the THCA- or CBDA-basic salt to obtain THCA or CBDA, respectively; (iv) extracting said THCA or CBDA with an organic solvent to obtain a solution of THCA or CBDA, respectively, in said solvent; and (v) converting said THCA into a basic salt thereof, purifying said THCA salt to obtain a solid precipitate comprising said THCA salt, recrystallizing said precipitate to obtain said THCA salt in a chemically pure form, and converting said chemically pure THCA salt into said purified THCA; or (vi) drying the CBDA solution obtained, evaporating said solvent, and drying the material thus obtained under vacuum to obtain said purified CBDA.
A patient positioner for maintaining a position of a patient on an operating surface during anterior hip replacement surgery, the patient positioner comprising: a generally rectangular body support having a lower surface configured to rest against the operating surface and an upper surface having a recess formed therein with a shape configured to receive an upper body of the patient therein, the generally rectangular body support having a first cavity ; at least one hip support configured to be removably received in the first cavity of the body support and having a lower surface configured to rest against the operating surface and an upper surface configured to receive at least a hip of the patient thereon; at least one lower extremity support configured to removably engage a distal end of the body support and having a lower surface configured to rest against the operating surface and an upper surface configured to receive at least one leg of the patient thereon, the lower extremity support being configured to be raised and lowered relative to the operating surface during use, the at least one lower extremity support being distinct from the at least one hip support, wherein the at least one lower extremity support is configured to receive both legs of the patient thereon simultaneously. a generally rectangular body support having a lower surface configured to rest against the operating surface and an upper surface having a recess formed therein with a shape configured to receive an upper body of the patient therein, the generally rectangular body support having a first cavity ; at least one hip support configured to be removably received in the first cavity of the body support and having a lower surface configured to rest against the operating surface and an upper surface configured to receive at least a hip of the patient thereon; at least one lower extremity support configured to removably engage a distal end of the body support and having a lower surface configured to rest against the operating surface and an upper surface configured to receive at least one leg of the patient thereon, the lower extremity support being configured to be raised and lowered relative to the operating surface during use, the at least one lower extremity support being distinct from the at least one hip support, wherein the at least one lower extremity support is configured to receive both legs of the patient thereon simultaneously.
A bearing assembly , comprising: an outer race and having a head end and a base end , the head end including a flange having a countersink lip formed on an underside of the flange, the outer race including an externally threaded portion terminating at the base end; an inner race circumscribed by the outer race ; a bearing interface located between and rotatably coupling the inner race to the outer race; and a nut configured to be threadably engaged to the externally threaded portion , wherein the bearing interface comprises an interface including - a spherical convex surface formed on an inner race outer surface ; and, - a spherical concave surface formed on an outer race inner surface in slidably engaging contact with the spherical convex surface, characterized in that the bearing interface comprises a plurality of bearing elements captured between the outer race and the inner race and configured as at least two circular rows of ball elements or at least two circular rows of roller elements . an outer race and having a head end and a base end , the head end including a flange having a countersink lip formed on an underside of the flange, the outer race including an externally threaded portion terminating at the base end; an inner race circumscribed by the outer race ; a bearing interface located between and rotatably coupling the inner race to the outer race; and a nut configured to be threadably engaged to the externally threaded portion , wherein the bearing interface comprises an interface including - a spherical convex surface formed on an inner race outer surface ; and, - a spherical concave surface formed on an outer race inner surface in slidably engaging contact with the spherical convex surface, characterized in that the bearing interface comprises a plurality of bearing elements captured between the outer race and the inner race and configured as at least two circular rows of ball elements or at least two circular rows of roller elements . - a spherical convex surface formed on an inner race outer surface ; and, - a spherical concave surface formed on an outer race inner surface in slidably engaging contact with the spherical convex surface,
An elevator call request device , comprising: a touch display screen which is provided to passengers for performing an entry operation of a call request command; characterised in that the elevator call request device further comprises: a statistical analysis module configured to count the number of entry operations that have been performed by time so as to obtain historical operation statistics; and a display control module configured to dynamically control display parameters of the touch display screen by time based on the historical operation statistics. a statistical analysis module configured to count the number of entry operations that have been performed by time so as to obtain historical operation statistics; and a display control module configured to dynamically control display parameters of the touch display screen by time based on the historical operation statistics.
A weed seed devitalization arrangement for receiving an air flow and material entrained with weed seeds, the arrangement including a rotor/stator arrangement comprising: one or more stationary substantially circular array of weed seed impact members having at least one face; and one or more rotatable substantially circular array of weed seed impact members , the rotatable array movable about a common axis with respect to a stationary substantially circular array of weed seed impact members ; characterised in that the stationary weed seed impact members: are shaped to promote weed seeds to impact nearly at a right angle to a face when the weed seed impacts the impact member, so as to maximize the normal component of the weed seed velocity at impact with a member of the stationary array , and have a flat intended impact surface orientated at an angle θ with respect to a radius line drawn from the axis of rotation about which, the rotatable array rotates, wherein the angle θ is inclined so as to increase the normal component of the weed seed velocity when impacting the surface of the impact member and to achieve the normal velocity impact component while maintaining a low radial component of the velocity, to either impact and direct a weed seed outwards of the stationary array or to impact and direct a weed seed inward of the stationary array . one or more stationary substantially circular array of weed seed impact members having at least one face; and one or more rotatable substantially circular array of weed seed impact members , the rotatable array movable about a common axis with respect to a stationary substantially circular array of weed seed impact members ; are shaped to promote weed seeds to impact nearly at a right angle to a face when the weed seed impacts the impact member, so as to maximize the normal component of the weed seed velocity at impact with a member of the stationary array , and have a flat intended impact surface orientated at an angle θ with respect to a radius line drawn from the axis of rotation about which, the rotatable array rotates, wherein the angle θ is inclined so as to increase the normal component of the weed seed velocity when impacting the surface of the impact member and to achieve the normal velocity impact component while maintaining a low radial component of the velocity, to either impact and direct a weed seed outwards of the stationary array or to impact and direct a weed seed inward of the stationary array .
A method for producing a cultured root of wild ginseng with an increased content of ginsenoside Rg3, Rh2, Rg2 and Rh1 which comprises; a first step (i) of introducing a cultured root of dried wild ginseng or its powder in a closed high pressure steaming machine, adding thereto water within a range of about 1/50∼1/100 of the volume of a container equipped in the steaming machine and then conducting a first heating at a temperature of 80∼100°C for 10∼48 hours under a high pressure condition of 1.5∼2 bar; and a second step (ii) of conducting the heating and drying at a temperature of 100∼500 °C for 10∼48 hours in a state of maintaining the high pressure condition of the above first step (i), wherein conducting the first step or the second step in a state of maintaining the high pressure condition of the above first step (i) and then 1∼10 times repeatedly conducting the first step, the second step, or both the first and second steps.
Method for providing recommended speed data to vehicles via a map service provider , wherein each ego vehicle of a fleet of vehicles is adapted to run an algorithm for holistic estimation of a recommended vehicle speed, wherein the algorithm for holistic estimation of a recommended vehicle speed produces a recommended speed estimation for the ego vehicle, and to transmit recommended speed messages to the map service provider said recommended speed messages comprising said estimated recommended speed data and the location of the ego vehicle, wherein said recommended speed messages received by the map service provider are mapped to a corresponding road segment and saved in a database , wherein the map service provider is adapted to compute an aggregated recommended speed data for each corresponding road segment based upon said saved recommended speed data and to transmit said aggregated recommended speed data as aggregated recommended speed message to vehicles subscribed to a map service.
A method for confidentially querying a database hosted by a server, the database contains a table of records, each record being obtained by means of a totally or partially homomorphic encryption of plaintext values, in which: (a) the user transmits a request ( R ), comprising a predicate to the server, said predicate being a logical expression applied to one or several fields of the table of records; (b) the server calculates the encrypted Boolean value of the predicate for each record in the table; characterized in that : (c) the server constructs a container ( B m ) comprising a predetermined number ( K ) of locations and blindly stores to said locations of records verifying the predicate and not previously transmitted to the user, from the encrypted Boolean values ( r i , i = 1 ,...,N ) obtained in step (b); (d) the server transmits the container thus constructed to the user; (e) the user receives the container, decrypts the contents of each location , and determines whether the container is full or not ; (f1) if the container is full, the user transmits a continuation request ( RC m ) to the server for a new iteration of steps (c), (d) and (e); (f2) if the container is not full, the user obtains the response to said request from the records stored in the containers received and decrypted in step(s) (e). (a) the user transmits a request ( R ), comprising a predicate to the server, said predicate being a logical expression applied to one or several fields of the table of records; (b) the server calculates the encrypted Boolean value of the predicate for each record in the table; (c) the server constructs a container ( B m ) comprising a predetermined number ( K ) of locations and blindly stores to said locations of records verifying the predicate and not previously transmitted to the user, from the encrypted Boolean values ( r i , i = 1 ,...,N ) obtained in step (b); (d) the server transmits the container thus constructed to the user; (e) the user receives the container, decrypts the contents of each location , and determines whether the container is full or not ; (f1) if the container is full, the user transmits a continuation request ( RC m ) to the server for a new iteration of steps (c), (d) and (e); (f2) if the container is not full, the user obtains the response to said request from the records stored in the containers received and decrypted in step(s) (e).
Turbogenerator having a rotor, a rotor head winding and a blocking element, wherein the blocking element is inserted into a space between subconductors of the rotor winding and mutually stabilizes the subconductors, in which the terms radial, tangential and axial relate to the axis of rotation of the rotor, the three-dimensional shape of the blocking element is matched to the contour of an adjacent subconductor of the rotor head winding, the blocking element has, on its side facing this adjacent subconductor, a depression which forms a channel for a cooling fluid from an inlet opening on the small radius to an outlet opening on the large radius, and the outlet opening of the blocking element is aligned with a bore of a rotor cap surrounding the rotor head winding.
A dispenser comprising: a housing ; an aperture (2280; 2380) within the housing; a reservoir that has an outlet port , houses fluid, and has a heating structure positioned within the reservoir in thermal contact with the fluid housed within the reservoir, such that the induced current in the heating structure energizes the fluid; a receptacle within the housing that is configured and arranged to removably receive said reservoir , such that when the reservoir is received by the receptacle, an outlet port of the reservoir is exposed through the aperture (2280; 2380); a heating element (2172; 2780) that is configured and arranged to energize at least a portion of fluid housed within the reservoir ; and an actuator that, when actuated, provides a dispensing force that induces a flow of a predetermined volume of energized fluid within the reservoir through the exposed outlet port of the reservoir and dispenses the energized predetermined volume through the aperture (2280; 2380); wherein the reservoir includes a piston , and the dispensing force translates the piston in the reservoir a predetermined distance to induce the flow of and dispense the predetermined volume of energized fluid. a housing ; an aperture (2280; 2380) within the housing; a reservoir that has an outlet port , houses fluid, and has a heating structure positioned within the reservoir in thermal contact with the fluid housed within the reservoir, such that the induced current in the heating structure energizes the fluid; a receptacle within the housing that is configured and arranged to removably receive said reservoir , such that when the reservoir is received by the receptacle, an outlet port of the reservoir is exposed through the aperture (2280; 2380); a heating element (2172; 2780) that is configured and arranged to energize at least a portion of fluid housed within the reservoir ; and an actuator that, when actuated, provides a dispensing force that induces a flow of a predetermined volume of energized fluid within the reservoir through the exposed outlet port of the reservoir and dispenses the energized predetermined volume through the aperture (2280; 2380); wherein the reservoir includes a piston , and the dispensing force translates the piston in the reservoir a predetermined distance to induce the flow of and dispense the predetermined volume of energized fluid.