mhurhangee/patent-ind-claim-en huggingface dataset:
An insert bushing arrangement of a breaking hammer , comprising an insert bushing , a bearing support (BS), an intermediate material layer and an insert locking element , wherein the insert bushing is mountable axially inside the bearing support (BS) and wherein an inner cylindrical surface of the insert bushing serves as a slide bearing surface against a breaking tool , which is movable relative to the insert bushing ; and the insert locking element is configured to limit axial movement of the insert bushing relative to the bearing support (BS); and between opposing surfaces of the bearing support (BS) and the insert bushing is the intermediate material layer ; characterized in that material of the mentioned intermediate material layer differs from materials of the bearing support (BS) and the insert bushing and is selected such that material properties between the intermediate material layer and the bearing support (BS), and further, between the intermediate material layer and the insert bushing have poor mutual adhesion tendency and thereby preventing sticking of the materials; the insert bushing comprises a cylindrical intermediate element , which is a separate element mountable between the bearing support (BS) and the insert bushing and is configured to serve as the intermediate material layer ; the intermediate element is without fixed mounting and the axial movement of the intermediate element is limited by means of a locking ring ; and the intermediate element is mountable together with the insert bushing inside an axial opening of the bearing support (BS). wherein the insert bushing is mountable axially inside the bearing support (BS) and wherein an inner cylindrical surface of the insert bushing serves as a slide bearing surface against a breaking tool , which is movable relative to the insert bushing ; and the insert locking element is configured to limit axial movement of the insert bushing relative to the bearing support (BS); and between opposing surfaces of the bearing support (BS) and the insert bushing is the intermediate material layer ; characterized in that material of the mentioned intermediate material layer differs from materials of the bearing support (BS) and the insert bushing and is selected such that material properties between the intermediate material layer and the bearing support (BS), and further, between the intermediate material layer and the insert bushing have poor mutual adhesion tendency and thereby preventing sticking of the materials; the insert bushing comprises a cylindrical intermediate element , which is a separate element mountable between the bearing support (BS) and the insert bushing and is configured to serve as the intermediate material layer ; the intermediate element is without fixed mounting and the axial movement of the intermediate element is limited by means of a locking ring ; and the intermediate element is mountable together with the insert bushing inside an axial opening of the bearing support (BS).
Levodopa for use in a method of providing rapid relief of motor fluctuations in a Parkinson's disease patient comprising: administering at least one fine particle dose (FPD) of 20 mg to 50 mg of levodopa by inhalation to a Parkinson's disease patient said dose comprising 90% by dry weight levodopa, 8% by dry weight dipalmitoylphosphatidylcholine (DPPC) and 2% by dry weight sodium chloride and the particles of the FPD having an aerodynamic diameter of less than 5.6 μm; wherein within 10 minutes of administration of levodopa by inhalation, the patient's plasma levodopa concentration increases by at least 200 ng/ml but no more than about 1000 ng/ml as compared to the patient's plasma levodopa concentration prior to administration; and wherein said patient's plasma levodopa concentration maintains said increase of at least 200 ng/ml for a time period of at least 15 minutes after administration. administering at least one fine particle dose (FPD) of 20 mg to 50 mg of levodopa by inhalation to a Parkinson's disease patient said dose comprising 90% by dry weight levodopa, 8% by dry weight dipalmitoylphosphatidylcholine (DPPC) and 2% by dry weight sodium chloride and the particles of the FPD having an aerodynamic diameter of less than 5.6 μm; wherein within 10 minutes of administration of levodopa by inhalation, the patient's plasma levodopa concentration increases by at least 200 ng/ml but no more than about 1000 ng/ml as compared to the patient's plasma levodopa concentration prior to administration; and wherein said patient's plasma levodopa concentration maintains said increase of at least 200 ng/ml for a time period of at least 15 minutes after administration.
A method for wireless communications by a user equipment, UE , comprising: reporting , to a network entity , capability information indicating a capability of the UE to support multiple sounding reference signals, SRSs in a same subframe, wherein the capability information comprises one or more parameters indicating capability of the UE to support at least one of frequency hopping, different bandwidths, or antenna switching for the multiple SRSs in the same subframe, wherein the one or more parameters comprises: a maximum number of SRS symbols the UE supports per subframe; and transmitting the SRSs in accordance with the capability information. reporting , to a network entity , capability information indicating a capability of the UE to support multiple sounding reference signals, SRSs in a same subframe, wherein the capability information comprises one or more parameters indicating capability of the UE to support at least one of frequency hopping, different bandwidths, or antenna switching for the multiple SRSs in the same subframe, wherein the one or more parameters comprises: a maximum number of SRS symbols the UE supports per subframe; and transmitting the SRSs in accordance with the capability information.
A population of HPV-specific T-cells prepared according to a method comprising: (a) dividing an HPV-positive tumor sample into multiple fragments; (b) culturing the multiple fragments in the presence of at least one cytokine; (c) obtaining T-cells from the cultured fragments comprising T-cells that exhibit one or both of specific autologous HPV-positive tumor recognition and HPV antigen recognition; (d) expanding the number of T-cells to produce an expanded population of HPV-specific T-cells using one or both of (i) irradiated allogenic feeder cells and (ii) irradiated autologous feeder cells; and both of (iii) OKT3 antibody and (iv) interleukin-2; (e) optionally, adding a second culturing step following (c); for use in treating or preventing cancer in a mammal, wherein the population of HPV-specific T-cells is administered to the mammal in an amount effective to treat or prevent the cancer in the mammal. (a) dividing an HPV-positive tumor sample into multiple fragments; (b) culturing the multiple fragments in the presence of at least one cytokine; (c) obtaining T-cells from the cultured fragments comprising T-cells that exhibit one or both of specific autologous HPV-positive tumor recognition and HPV antigen recognition; (d) expanding the number of T-cells to produce an expanded population of HPV-specific T-cells using one or both of (i) irradiated allogenic feeder cells and (ii) irradiated autologous feeder cells; and both of (iii) OKT3 antibody and (iv) interleukin-2; one or both of (i) irradiated allogenic feeder cells and (ii) irradiated autologous feeder cells; and both of (iii) OKT3 antibody and (iv) interleukin-2; (e) optionally, adding a second culturing step following (c); for use in treating or preventing cancer in a mammal, wherein the population of HPV-specific T-cells is administered to the mammal in an amount effective to treat or prevent the cancer in the mammal.
A container arrangement for a kitchen appliance comprising: - a food receiving element , and - at least one lid configured to close an opening of the food receiving element , - wherein the lid is movable relative to the food receiving element between a first operating position and a second operating position different from the first operating position, - wherein the food receiving element comprises at least a first pot connection extending between a first upper pot contact and a first lower pot contact and a second pot connection extending between a second upper pot contact and a second lower pot contact , - wherein the first lower pot contact and the second lower pot contact are configured to electrically connect to a reading controller , - wherein the first lid contact and the second lid contact are arranged such that an electrical connection is established between the first lid contact and the first upper pot contact and an electrical connection is established between the second lid contact and the second upper pot contact only in the second operating position characterized in that - the lid comprises at least one reading antenna connected to a first lid contact and a second lid contact , and - the lid comprises at least one transponder positioned within range of the reading antenna . - a food receiving element , and - at least one lid configured to close an opening of the food receiving element , - wherein the lid is movable relative to the food receiving element between a first operating position and a second operating position different from the first operating position, - wherein the food receiving element comprises at least a first pot connection extending between a first upper pot contact and a first lower pot contact and a second pot connection extending between a second upper pot contact and a second lower pot contact , - wherein the first lower pot contact and the second lower pot contact are configured to electrically connect to a reading controller , - wherein the first lid contact and the second lid contact are arranged such that an electrical connection is established between the first lid contact and the first upper pot contact and an electrical connection is established between the second lid contact and the second upper pot contact only in the second operating position characterized in that - the lid comprises at least one reading antenna connected to a first lid contact and a second lid contact , and - the lid comprises at least one transponder positioned within range of the reading antenna .
Mechanism for vertical adjustment of a wheel block mainly for railway wagons designed for transportation of cars, which contains a fixed part and a moveable part , whereby the central part of the fixed part has a cut-out for the movable part and also shoulders at both ends, the shoulders being equipped with end boards , which, in their upper parts, have a pin leading inwards, characterised in that - the movable part is installed in the cut-out and has the shape of a rectangle in the cross-section, whereby at the ends of the movable part , there are attached flanges that have the shape of a square in the cross-section, whereby these flanges fit into the shoulders of the fixed part , - on the end board , the pin is located at a higher position than the endings of the shoulders , the moveable part being liftable, whereby the pin is limiting the height of the stroke of the movable part and the moveable part can be rotated by 90° when the flange is above the shoulder . - the movable part is installed in the cut-out and has the shape of a rectangle in the cross-section, whereby at the ends of the movable part , there are attached flanges that have the shape of a square in the cross-section, whereby these flanges fit into the shoulders of the fixed part , - on the end board , the pin is located at a higher position than the endings of the shoulders , the moveable part being liftable, whereby the pin is limiting the height of the stroke of the movable part and the moveable part can be rotated by 90° when the flange is above the shoulder .
A biocompatible conductive biomaterial comprising a conductive polymer and a biocompatible component, the conductive polymer comprising an aminomethoxybenzoic acid (AMBA) polymer, and the biocompatible component comprising a polysaccharide, protein or polypeptide; wherein the conductive polymer is conjugated to the biocompatible component.
A geolocator system in a mobile network , comprising: one or more processors configured to: obtain, from mobile devices via a base station , metric information relating to a particular area of the mobile network , the metric information describing at least one of a signal strength or a signal quality associated with one or more calls placed by the mobile devices in the particular area of the mobile network via the base station ; determine a threshold for the particular area of the mobile network based on past metric information and past indoor/outdoor classification information for calls placed in the particular area of the mobile network ; determine geolocation information identifying one or more geographical locations associated with the one or more calls based on information provided by the mobile devices or information provided by the mobile network ; store the geolocation information in a queue producer ; determine indoor/outdoor classification information that identifies whether the one or more calls are classified as an indoor call or an outdoor call based on whether the metric information satisfies the threshold, the indoor/outdoor classification information being determined during a same time period as the geolocation information is determined; store the indoor/outdoor classification information in the queue producer ; and provide the indoor/outdoor classification information, stored in the queue producer , concurrently with the geolocation information, stored in the queue producer , to a data storage component of the geolocator system . obtain, from mobile devices via a base station , metric information relating to a particular area of the mobile network , the metric information describing at least one of a signal strength or a signal quality associated with one or more calls placed by the mobile devices in the particular area of the mobile network via the base station ; determine a threshold for the particular area of the mobile network based on past metric information and past indoor/outdoor classification information for calls placed in the particular area of the mobile network ; determine geolocation information identifying one or more geographical locations associated with the one or more calls based on information provided by the mobile devices or information provided by the mobile network ; store the geolocation information in a queue producer ; determine indoor/outdoor classification information that identifies whether the one or more calls are classified as an indoor call or an outdoor call based on whether the metric information satisfies the threshold, the indoor/outdoor classification information being determined during a same time period as the geolocation information is determined; store the indoor/outdoor classification information in the queue producer ; and provide the indoor/outdoor classification information, stored in the queue producer , concurrently with the geolocation information, stored in the queue producer , to a data storage component of the geolocator system .
A photopolymerizable composition comprising: I) a first mixture A comprising a) at least one monomer M comprising at least one ethylenically unsaturated group, b) at least one triglyceride and/or a modified triglyceride, c) at least one photoinitiator, d) at least one aromatic aldehyde and/or aliphatic aldehyde, and e) optionally an additive. I) a first mixture A comprising a) at least one monomer M comprising at least one ethylenically unsaturated group, b) at least one triglyceride and/or a modified triglyceride, c) at least one photoinitiator, d) at least one aromatic aldehyde and/or aliphatic aldehyde, and e) optionally an additive. a) at least one monomer M comprising at least one ethylenically unsaturated group, b) at least one triglyceride and/or a modified triglyceride, c) at least one photoinitiator, d) at least one aromatic aldehyde and/or aliphatic aldehyde, and e) optionally an additive.
A hexapeptide derivative of the formula: PG-Met-Asp(OtBu)-Gly-Cys(Trt)-Glu(OtBu)-Leu-OR, wherein R is selected from C 1 -C 6 alkyl, such as methyl or t-butyl, and PG is Fmoc.
A resonator comprising; an anchor ; an outer stiffener ring on an outer perimeter of the resonator; and a plurality of curved springs between the anchor and the outer stiffener ring ; wherein said plurality of curved springs comprises pairs of springs with each a spring that follows a path originating at the anchor and curving in a clockwise direction toward the outer ring and a spring that follows a path originating at the anchor and curving in a counterclockwise direction toward the outer ring ; characterized in that said pairs of springs are configured in a flower-of- life pattern between the anchor and the outer stiffener ring ; wherein; the flower-of-life pattern is configured by overlapping the plurality of curved springs to form outlines of leaf shapes; wherein the outlines of leaf shapes formed comprise linear, elliptical, oval, ovate, deltoid, cordate, oblong, rhomboid, obovate, oblanceolate, orbicular, lanceolate, reniform, or spathuiate outlines, or combinations thereof; wherein the outlines of leaf shapes formed are symmetric and symmetrically arranged around the anchor ; and wherein the flower-of-life pattern has a rotational symmetry about a center axis with N fold of symmetry, where N is a positive integer. an anchor ; an outer stiffener ring on an outer perimeter of the resonator; and a plurality of curved springs between the anchor and the outer stiffener ring ; wherein said plurality of curved springs comprises pairs of springs with each a spring that follows a path originating at the anchor and curving in a clockwise direction toward the outer ring and a spring that follows a path originating at the anchor and curving in a counterclockwise direction toward the outer ring ; characterized in that said pairs of springs are configured in a flower-of- life pattern between the anchor and the outer stiffener ring ; wherein; the flower-of-life pattern is configured by overlapping the plurality of curved springs to form outlines of leaf shapes; wherein the outlines of leaf shapes formed comprise linear, elliptical, oval, ovate, deltoid, cordate, oblong, rhomboid, obovate, oblanceolate, orbicular, lanceolate, reniform, or spathuiate outlines, or combinations thereof; wherein the outlines of leaf shapes formed are symmetric and symmetrically arranged around the anchor ; and wherein the flower-of-life pattern has a rotational symmetry about a center axis with N fold of symmetry, where N is a positive integer.
The machine for repeated production of ice cream in small doses, comprises a body (T), wherein cavity (T1) thereof houses two linearly movable pistons (P, H) located above each other, the lower perforated piston (P) having a set of through-holes (P2) and a piston rod (P1) and the upper piston (H) having a piston rod (H1), wherein the hollow piston rod (P1) of the lower perforated piston (P) with cavity (D) for air or liquid supply runs through the upper piston (H) and is parallel to the piston rod (H1) of the upper piston (H), while the bottom (T3) of the body (T) is provided with the opening (E1) for non-frozen liquid ice cream supply with a servo pre-valve and lockable opening (E2) for dispensing the finished ice cream (Z), wherein the lid (T4) of the body (T) is provided at least one guiding hole (O) for the piston rods (P, H), characterized in that the cavity (T1) of the body (T), where two linearly movable pistons (P, H) are located above each other, the lower perforated piston (P) having hollow piston rod (P1) and the upper piston (H) having hollow piston rod (H1) houses the hollow piston rod (P1) of the lower perforated piston (P) with the cavity (D) for air or liquid supply, which is positioned coaxially and movably in the cavity (H2) of the hollow piston rod (H1) of the upper piston (H).
A method for estimating an amount of a powder shaped material passing a bend in a throat of a person, the method comprising the steps of: - providing a closed, container comprising a predetermined quantity of the powder-shaped material, - opening the container, - sensing a flow of a gas, caused by an inhalation of the person, through a flow channel comprising the throat, - receiving, during a first time interval, information relating to the gas flow, and - calculating, for a number of points of time during the first time interval: - a rate of release of the material into the flow channel and - an amount of the released material having passed the bend, characterized in that : at least part of the gas flow being provided through the opened container and that the at least part of the gas flow through the container releases, during the first time interval, the predetermined quantity of the material into the gas flow in the flow channel. - providing a closed, container comprising a predetermined quantity of the powder-shaped material, - opening the container, - sensing a flow of a gas, caused by an inhalation of the person, through a flow channel comprising the throat, - receiving, during a first time interval, information relating to the gas flow, and - calculating, for a number of points of time during the first time interval: - a rate of release of the material into the flow channel and - an amount of the released material having passed the bend, at least part of the gas flow being provided through the opened container and that the at least part of the gas flow through the container releases, during the first time interval, the predetermined quantity of the material into the gas flow in the flow channel.
A method of self-guiding refraction testing, comprising: presenting, at separate times, at least two choices of corrective optics from a refraction unit to a test subject while looking at a viewing target; providing a directional indicator in at least two configurations, each configuration being uniquely indicative of one of said at least two choices of corrective optics, in the viewing target; dynamically linking the timing of said at least two configurations of the directional indicator to the presentation of each of the at least two choices of corrective optics as the test subject is looking at the viewing target through the respective choice of corrective optics; receiving a directional choice from the test subject corresponding to one of the at least two configurations of the directional indicator; and applying the directional choice of the test subject wherein the directional choice selects a next move of the refraction procedure approaching a refraction end point of the test subj ect. presenting, at separate times, at least two choices of corrective optics from a refraction unit to a test subject while looking at a viewing target; providing a directional indicator in at least two configurations, each configuration being uniquely indicative of one of said at least two choices of corrective optics, in the viewing target; dynamically linking the timing of said at least two configurations of the directional indicator to the presentation of each of the at least two choices of corrective optics as the test subject is looking at the viewing target through the respective choice of corrective optics; receiving a directional choice from the test subject corresponding to one of the at least two configurations of the directional indicator; and applying the directional choice of the test subject wherein the directional choice selects a next move of the refraction procedure approaching a refraction end point of the test subj ect.