mhurhangee/patent-ind-claim-en huggingface dataset:
A semipermeable membrane comprising a semipermeable membrane layer containing 50% by mass or more of an amorphous resin , and a sheet-like supporting body that supports the semipermeable membrane layer, wherein the supporting body has a porous first supporting layer and a porous second supporting layer laminated on one of surfaces of the first supporting layer, each of the first supporting layer and the second supporting layer is a porous body containing polytetrafluoroethylene (PTFE) as a main component, the second supporting layer has a smaller mean flow pore diameter than the first supporting layer, a ratio of the mean flow pore diameter of the second supporting layer to the mean flow pore diameter of the first supporting layer is 1/1,000 or more and 1/5 or less, the second supporting layer is impregnated with the semipermeable membrane layer, and the mean flow pore diameter of the first supporting layer is 0.05 μm or more and 20 μm or less, and the mean flow pore diameter of the second supporting layer is 0.01 μm or more and 1 μm or less, the mean flow pore diameter being measured according to the bubble point method of ASTM F316-86. wherein the supporting body has a porous first supporting layer and a porous second supporting layer laminated on one of surfaces of the first supporting layer, each of the first supporting layer and the second supporting layer is a porous body containing polytetrafluoroethylene (PTFE) as a main component, the second supporting layer has a smaller mean flow pore diameter than the first supporting layer, a ratio of the mean flow pore diameter of the second supporting layer to the mean flow pore diameter of the first supporting layer is 1/1,000 or more and 1/5 or less, the second supporting layer is impregnated with the semipermeable membrane layer, and the mean flow pore diameter of the first supporting layer is 0.05 μm or more and 20 μm or less, and the mean flow pore diameter of the second supporting layer is 0.01 μm or more and 1 μm or less, the mean flow pore diameter being measured according to the bubble point method of ASTM F316-86.
Substance mixtures, comprising (a) vanillin and (b) vanillyl vanillat wherein the substance mixtures comprise the components (a) and (b) in a weight ratio of about 25:75 to about 75:25. (a) vanillin and (b) vanillyl vanillat
A surgical anvil assembly for use with a circular stapling instrument, comprising: an anvil center rod ; an anvil head having a post pivotally coupled to the anvil center rod, the anvil head being movable relative to the anvil center rod between a first, operative condition and a second, tilted condition; and a pivoting assembly received in the anvil center rod and including: a linkage arm including: an elongated shaft having a distal end pivotally coupled to the post of the anvil head; and a foot extending laterally from a proximal end of the shaft; and a biasing member being supported on the foot and resiliently biasing the linkage arm in a proximal direction, wherein upon the anvil head being free to move out of the first, operative condition, the biasing member drives the linkage arm in the proximal direction to pivot the anvil head relative to the anvil center rod and the linkage arm toward the second, tilted condition; characterised in that the shaft of the linkage arm is laterally offset from a central longitudinal axis ("X") of the anvil center rod. an anvil center rod ; an anvil head having a post pivotally coupled to the anvil center rod, the anvil head being movable relative to the anvil center rod between a first, operative condition and a second, tilted condition; and a pivoting assembly received in the anvil center rod and including: a linkage arm including: an elongated shaft having a distal end pivotally coupled to the post of the anvil head; and a foot extending laterally from a proximal end of the shaft; and a biasing member being supported on the foot and resiliently biasing the linkage arm in a proximal direction, wherein upon the anvil head being free to move out of the first, operative condition, the biasing member drives the linkage arm in the proximal direction to pivot the anvil head relative to the anvil center rod and the linkage arm toward the second, tilted condition; a linkage arm including: an elongated shaft having a distal end pivotally coupled to the post of the anvil head; and a foot extending laterally from a proximal end of the shaft; and an elongated shaft having a distal end pivotally coupled to the post of the anvil head; and a foot extending laterally from a proximal end of the shaft; and a biasing member being supported on the foot and resiliently biasing the linkage arm in a proximal direction, wherein upon the anvil head being free to move out of the first, operative condition, the biasing member drives the linkage arm in the proximal direction to pivot the anvil head relative to the anvil center rod and the linkage arm toward the second, tilted condition;
Fuel tank for a commercial vehicle, having a main tank and an auxiliary tank , characterized in that the auxiliary tank extends from an aperture , which is provided in an outside wall of the main tank and is closed by means of a tank cap lying liquid-tightly along a fixing area formed on the outside wall , in the form of a pocket as a continuation of the outside wall into a first tank volume bounded by the outside wall , so as to form a second tank volume which is separated from the first tank volume , wherein a filler neck , which runs inside the first tank volume and emerges on the outside wall of the main tank , opens into the auxiliary tank .
A method for wireless communication, comprising: identifying a first frequency range of a system bandwidth used for transmission of a synchronization information; identifying , by applying a first function of the first frequency range of the system bandwidth, a second frequency range of the system bandwidth used for transmission of common control information, and the first frequency range and the second frequency range each being less than the system bandwidth; receiving the common control information within the identified second frequency range of the system bandwidth; and descrambling a reference signal transmitted in the second frequency range and used to decode the common control information according to a scrambling scheme, the scrambling scheme being a second function of the first frequency range of the system bandwidth. identifying a first frequency range of a system bandwidth used for transmission of a synchronization information; identifying , by applying a first function of the first frequency range of the system bandwidth, a second frequency range of the system bandwidth used for transmission of common control information, and the first frequency range and the second frequency range each being less than the system bandwidth; receiving the common control information within the identified second frequency range of the system bandwidth; and descrambling a reference signal transmitted in the second frequency range and used to decode the common control information according to a scrambling scheme, the scrambling scheme being a second function of the first frequency range of the system bandwidth.
A method enabling migration of a subscription from a source device to a destination device , characterized by the method being performed in a migration entity and comprising: - receiving, from the source device , a request for migration of a first profile associated with the subscription to the destination device, and a confirmation of the first profile associated with the subscription having been deleted in the source device , - securing a second profile associated with the subscription to be provisioned onto an embedded Universal Integrated Circuit Card, eUICC, of the destination device, wherein at least one piece of subscription information is the same for the first and second profiles, wherein the migration entity comprises a network entity and the securing comprises sending, to a Subscription Manager Data Preparation, SM-DP+, entity , a request for updating the first profile related to the subscription and receiving in response a confirmation of a second profile having been created, and - providing an activation code for use in migration of the subscription to the destination device. - receiving, from the source device , a request for migration of a first profile associated with the subscription to the destination device, and a confirmation of the first profile associated with the subscription having been deleted in the source device , - securing a second profile associated with the subscription to be provisioned onto an embedded Universal Integrated Circuit Card, eUICC, of the destination device, wherein at least one piece of subscription information is the same for the first and second profiles, wherein the migration entity comprises a network entity and the securing comprises sending, to a Subscription Manager Data Preparation, SM-DP+, entity , a request for updating the first profile related to the subscription and receiving in response a confirmation of a second profile having been created, and - providing an activation code for use in migration of the subscription to the destination device.
A method for generating pancreatic endoderm cells, said method comprising: (a) providing an in vitro cell population comprising pluripotent human cells with a factor selected from the group consisting of GDF8, GDF11 and a combination of GDF8 and GDF11 in an amount sufficient to induce pluripotent human cells of said cell population to differentiate into definitive endoderm cells, wherein said amount is at least 100 ng/ml GDF8 or at least 100 ng/ml GDF11 or at least 100 ng/ml of a combination of GDF8 and GDF11, and is sufficient to produce an in vitro cell population comprising at least 15% human definitive endoderm cells, (b) further culturing the pluripotent-derived cells of step (a) to induce differentiation of the cells to pancreatic endoderm cells. (a) providing an in vitro cell population comprising pluripotent human cells with a factor selected from the group consisting of GDF8, GDF11 and a combination of GDF8 and GDF11 in an amount sufficient to induce pluripotent human cells of said cell population to differentiate into definitive endoderm cells, wherein said amount is at least 100 ng/ml GDF8 or at least 100 ng/ml GDF11 or at least 100 ng/ml of a combination of GDF8 and GDF11, and is sufficient to produce an in vitro cell population comprising at least 15% human definitive endoderm cells, (b) further culturing the pluripotent-derived cells of step (a) to induce differentiation of the cells to pancreatic endoderm cells.
A method for operating an industrial truck , wherein the industrial truck comprises a lifting mechanism , wherein a fork carrier comprising two fork prongs is or will be height-adjustable guided on the lifting mechanism , wherein an individual rack bay label provided on a rack bay (F1, F2, F3) of a storage rack , particularly a high-bay storage rack, is captured as digital image data by means of a digital camera disposed on a fork prong or on the fork carrier, wherein the digital images are transmitted from the digital camera to a computer unit of the industrial truck , wherein the digital image data is analyzed by the computer unit and transmitted after the analysis to a display panel of the industrial truck , particularly a display unit , and information corresponding to the captured rack bay label of the rack bay (F1, F2, F3), particularly text information and/or symbols, is displayed on the display panel of the industrial truck .
Switching means for polarity switching of the feed and return of a working fluid for consumers, irrespective of a different supply polarity (E1, E2), formed with a connection part comprising supply poles (E1, E2) for producing the supply polarity (E1, E2), a valve body with one or more connections each for a feed (P) and a discharge (T) of the working fluid, with a tubular switching part axially displaceable within limits in the valve body , with radial bores (B1, B2) in two axially spaced planes, with a base part and a top part , each forming the displacement limits for the switching part , wherein, in the region of the inner surface of the valve body and the outer surface of the switching part , a first (R1), second (R2), third (R3), fourth (R4) and fifth (R5) cooperating annular space for respectively conducting working fluid are formed, and a second (A2), third (A3), fifth (A5) and seventh (A7) annular surface, which can be acted upon by working fluid on the switching part towards the top part , and a first (A1), fourth (A4) and sixth (A6) annular surface which can be acted upon on the switching part towards the base part , have the following size relations when there is a permanent fluidic connection (V) of the first (R1) and third (R3) annular spaces: I. second annular surface (A2) = third annular surface (A3) > 0.5 x first annular surface (A1) II. fourth annular surface (A4) > fifth annular surface (A5) + seventh annular surface (A7) III. third annular surface (A3) + seventh annular surface (A7) > fourth annular surface (A4) + sixth annular surface (A6) IV. first annular surface (A1) = 2 x second annular surface (A2) - fourth annular surface (A4) + fifth annular surface (A5) - sixth annular surface (A6) + seventh annular surface (A7)
A method, in first network node operable to initiate multicast or broadcast transmissions from a first base station in a wireless communications network , the method comprising: receiving a message from a second network node; determining a target geographical area associated with the message; responsive to the target geographical area comprising a first geographical area, determining that the message comprises information relevant to unmanned vehicles located in the first geographical area; responsive to determining that the message comprises information relevant to unmanned vehicles located within the first geographical area associated with the first base station, initiating , from the first base station, a multicast or broadcast transmission of a report to a plurality of unmanned vehicles located within the first geographical area over a set of frequency resources associated with a determined category of the report, wherein the report is based on the message and responsive to the target geographical area comprising a second geographical area transmitting the message to a third network node operable to initiate multicast or broadcast transmissions from a second base station in the wireless communications network, wherein the second base station is associated with the second geographical area. receiving a message from a second network node; determining a target geographical area associated with the message; responsive to the target geographical area comprising a first geographical area, determining that the message comprises information relevant to unmanned vehicles located in the first geographical area; responsive to determining that the message comprises information relevant to unmanned vehicles located within the first geographical area associated with the first base station, initiating , from the first base station, a multicast or broadcast transmission of a report to a plurality of unmanned vehicles located within the first geographical area over a set of frequency resources associated with a determined category of the report, wherein the report is based on the message and responsive to the target geographical area comprising a second geographical area transmitting the message to a third network node operable to initiate multicast or broadcast transmissions from a second base station in the wireless communications network, wherein the second base station is associated with the second geographical area.
A method of identifying a compound that is capable of binding to a trimeric protein that is a tumor necrosis factor (TNF) superfamily member and modulating signalling of the trimeric protein through the requisite TNF superfamily receptor, the method comprising determining the average number of receptors bound per trimer-compound complex and thereby identifying whether the compound is capable of modulating signalling through the receptor.
A method for producing a stator of a generator of a gearless wind power installation, wherein adjacent form-wound coils are inserted into slots of a stator in succession, by a predetermined number of the first form-wound coils to be inserted being inserted only partially into the slots or being positioned in front of the slots and only being fully inserted into the corresponding slots together with a predetermined number of the form-wound coils to be inserted last, wherein a template is used for the insertion, which template is positioned at least in front of the slots of the form-wound coils to be inserted first and of the form-wound coils to be inserted last, then all of the form-wound coils to be inserted, in the region of the template , are positioned in front of the slots on the template and, in the region without the template , are inserted into the slots , subsequently the template is removed and the form-wound coils previously positioned on the template are jointly introduced into the slots provided for them.
A method for manufacturing an oil and fat composition, the method including a step for heating a raw material oil and fat composition including 50% by mass to 100% by mass of milk fat while supplying oxygen thereto at a rate of 0.02 to 2 L/minute per 1 kg of said raw material oil and fat composition, wherein said heating is performed for 1 hour to 72 hours, and obtaining an oxidized oil and fat composition having a pentanal/hexanal ratio by mol of 0.15 to 0.70 based on volatile components at 180°C.
An immunoconjugate comprising (a) an antibody construct comprising (i) an antigen binding domain and (ii) an Fc domain, (b) an adjuvant moiety of formula: wherein each J independently is hydrogen, OR4, or R 4 ; each R 4 independently is hydrogen, or an alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, aryl, heteroaryl, arylalkyl, or heteroarylalkyl group comprising from 1 to 8 carbon units; each U independently is CH or N wherein at least one U is N; each subscript t independently is an integer from 1 to 3; and Q is absent, and the dashed line (" ") of the adjuvant represents the point of attachment of the adjuvant, and (c) a linker, wherein the adjuvant moiety is covalently bonded to the antibody construct via the linker. (a) an antibody construct comprising (i) an antigen binding domain and (ii) an Fc domain, (b) an adjuvant moiety of formula: wherein each J independently is hydrogen, OR4, or R 4 ; each R 4 independently is hydrogen, or an alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, aryl, heteroaryl, arylalkyl, or heteroarylalkyl group comprising from 1 to 8 carbon units; each U independently is CH or N wherein at least one U is N; each subscript t independently is an integer from 1 to 3; and Q is absent, and the dashed line (" ") of the adjuvant represents the point of attachment of the adjuvant, and (c) a linker, wherein the adjuvant moiety is covalently bonded to the antibody construct via the linker.
A multi-spectral imaging device comprising: pixels , arranged one-dimensionally or two-dimensionally, each of the pixels including an electrode , a charge capturing unit , and a photoelectric conversion layer that is located between the electrode and the charge capturing unit , and comprising a charge separation material to separate the electrons or holes from the semiconducting carbon nanotube, characterized in that the photoelectric conversion layer contains semiconductor carbon nanotubes having two or more different chiralities, and charges generated in the semiconductor carbon nanotubes and captured by the charge capturing unit are converted into a signal representing multispectral images. pixels , arranged one-dimensionally or two-dimensionally, each of the pixels including an electrode , a charge capturing unit , and a photoelectric conversion layer that is located between the electrode and the charge capturing unit , and comprising a charge separation material to separate the electrons or holes from the semiconducting carbon nanotube, an electrode , a charge capturing unit , and a photoelectric conversion layer that is located between the electrode and the charge capturing unit , and comprising a charge separation material to separate the electrons or holes from the semiconducting carbon nanotube, characterized in that the photoelectric conversion layer contains semiconductor carbon nanotubes having two or more different chiralities, and charges generated in the semiconductor carbon nanotubes and captured by the charge capturing unit are converted into a signal representing multispectral images.
A method for supporting short data burst services, the method comprising: receiving a radio resource control connection request message comprising a mobile originated short data burst indicator, at an evolved node from user equipment over a signaling radio bearer channel; transmitting a radio resource control connection set-up message from the evolved node to the user equipment in response to the radio resource control connection request message ; receiving a radio resource control connection set-up complete message comprising an uplink, non-access stratum message that further comprises mobile originated short data burst content and the mobile originated short data burst indicator at the evolved node from the user equipment ; forwarding the non-access stratum message with the mobile originated short data burst content and indicator and an initial user equipment message from the evolved node to a mobility management entity ; receiving an initial context set-up request message containing an mobile originated short data burst indicator flag at the evolved node from the mobility management entity ; sending a radio resource control connection release message from the evolved node to the user equipment ; and sending a user equipment context release request message comprising an short data burst delivery indicator from the evolved node to the mobility management entity . receiving a radio resource control connection request message comprising a mobile originated short data burst indicator, at an evolved node from user equipment over a signaling radio bearer channel; transmitting a radio resource control connection set-up message from the evolved node to the user equipment in response to the radio resource control connection request message ; receiving a radio resource control connection set-up complete message comprising an uplink, non-access stratum message that further comprises mobile originated short data burst content and the mobile originated short data burst indicator at the evolved node from the user equipment ; forwarding the non-access stratum message with the mobile originated short data burst content and indicator and an initial user equipment message from the evolved node to a mobility management entity ; receiving an initial context set-up request message containing an mobile originated short data burst indicator flag at the evolved node from the mobility management entity ; sending a radio resource control connection release message from the evolved node to the user equipment ; and sending a user equipment context release request message comprising an short data burst delivery indicator from the evolved node to the mobility management entity .