mhurhangee/ep-ind-claims huggingface dataset:
A two-part closure having a metal panel and a ring or "skirt" and being adapted for use with a container for packaging food stuffs, in which: the ring or skirt comprises a radially inwardly extending pry-off feature on a cylindrical sidewall, the two-part closure being characterized in that: the metal panel comprises a centre panel, a shoulder and a feature comprising a channel containing a sealing compound and a radially inwardly curled edge for engaging in a snap-fit with the rim of the container to form a seal between the sealing compound and a container edge; and the pry-off feature on the closure ring or skirt is adapted to release the metal panel by breaking the seal between the sealing compound and the container edge, wherein the closure does not rely on any upper projection of the ring or skirt to hold the metal panel in place. the metal panel comprises a centre panel, a shoulder and a feature comprising a channel containing a sealing compound and a radially inwardly curled edge for engaging in a snap-fit with the rim of the container to form a seal between the sealing compound and a container edge; and the pry-off feature on the closure ring or skirt is adapted to release the metal panel by breaking the seal between the sealing compound and the container edge, wherein the closure does not rely on any upper projection of the ring or skirt to hold the metal panel in place.
A method of decoding video data, the method comprising: decoding neighboring blocks to a current block in a picture of video data; forming a filtered prediction by computing a filtered reference array comprising a plurality of filtered reference values comprising filtered versions of neighboring pixels to the current block in the neighboring blocks; forming a non-filtered prediction by computing a non-filtered reference array comprising a plurality of non-filtered reference values corresponding to non-filtered versions of the neighboring pixels; computing a set of predictive values associated with a set of pixels of the current block; and reconstructing the current block based on the computed set of predictive values, characterised in that the set of predictive values is computed based on a linear combination of the filtered prediction multiplied by a first set of weights and the non-filtered prediction multiplied by a second set of weights. decoding neighboring blocks to a current block in a picture of video data; forming a filtered prediction by computing a filtered reference array comprising a plurality of filtered reference values comprising filtered versions of neighboring pixels to the current block in the neighboring blocks; forming a non-filtered prediction by computing a non-filtered reference array comprising a plurality of non-filtered reference values corresponding to non-filtered versions of the neighboring pixels; computing a set of predictive values associated with a set of pixels of the current block; and reconstructing the current block based on the computed set of predictive values,
A device for estimating an antioxidant performance of engine oil, which is used as an indicator for determining degradation of engine oil, comprising • fuel concentration-acquiring means (2, S3) for acquiring a concentration of fuel in the engine oil; • oil temperature-acquiring means (2, S1) for acquiring a temperature of the engine oil; • NOx concentration-acquiring means (2, S2) for acquiring a NOx concentration within a crankcase of the engine, and • antioxidant performance-estimating means (2, S5) for estimating an antioxidant performance of engine oil, based on the acquired concentration of fuel and based on the acquired oil temperature and NOx concentration, said antioxidant performance-estimating means (2, S5) comprising • first antioxidant performance-estimating means for estimating an antioxidant performance of an antioxidant contained in the engine oil as a first antioxidant performance ( AH); and • second antioxidant performance-estimating means for estimating an antioxidant performance of a peroxide decomposer contained in the engine oil as a second antioxidant performance ( ZN), and said antioxidant performance-estimating means calculating the antioxidant performance ( TOTAL) based on the estimated first antioxidant performance ( AH) and second antioxidant performance ( ZN). • fuel concentration-acquiring means (2, S3) for acquiring a concentration of fuel in the engine oil; • oil temperature-acquiring means (2, S1) for acquiring a temperature of the engine oil; • NOx concentration-acquiring means (2, S2) for acquiring a NOx concentration within a crankcase of the engine, and • antioxidant performance-estimating means (2, S5) for estimating an antioxidant performance of engine oil, based on the acquired concentration of fuel and based on the acquired oil temperature and NOx concentration, said antioxidant performance-estimating means (2, S5) comprising • first antioxidant performance-estimating means for estimating an antioxidant performance of an antioxidant contained in the engine oil as a first antioxidant performance ( AH); and • second antioxidant performance-estimating means for estimating an antioxidant performance of a peroxide decomposer contained in the engine oil as a second antioxidant performance ( ZN), and • first antioxidant performance-estimating means for estimating an antioxidant performance of an antioxidant contained in the engine oil as a first antioxidant performance ( AH); and • second antioxidant performance-estimating means for estimating an antioxidant performance of a peroxide decomposer contained in the engine oil as a second antioxidant performance ( ZN), and
A method comprising a plurality of stages, at least one of which comprises sending a text-form message containing a query and wherein each stage, which comprises sending a text-form message containing a query, comprises: - sending, in a telecommunications network (1, 2, 6, 11, 12) to a mobile terminal of a user of a message service, a text-form message, wherein the text-form message relates to a communication session and a current stage of the communication session, the text-form message containing a query, the sending further comprises altering a sender address of the text-form message according to a predefined dialogue based on the current stage of the communication session; - receiving, at the altered sender address or at an address contained in the sent text-form message, a reply message from the mobile terminal, wherein the address at which the reply message is received identifies the query to which the reply message belongs to; characterized in that in at least one stage of the communication session: - the text-form message contains an address for a voice message; and - the reply message to the text-form message, which contains the address for the voice message, is either a voice message or a text message; - whereby the communication session proceeds by altering the sender address for query messages according to the predefined dialogue regardless of whether the reply message is a text message or a voice message. - sending, in a telecommunications network (1, 2, 6, 11, 12) to a mobile terminal of a user of a message service, a text-form message, wherein the text-form message relates to a communication session and a current stage of the communication session, the text-form message containing a query, the sending further comprises altering a sender address of the text-form message according to a predefined dialogue based on the current stage of the communication session; - receiving, at the altered sender address or at an address contained in the sent text-form message, a reply message from the mobile terminal, wherein the address at which the reply message is received identifies the query to which the reply message belongs to; - the text-form message contains an address for a voice message; and - the reply message to the text-form message, which contains the address for the voice message, is either a voice message or a text message; - whereby the communication session proceeds by altering the sender address for query messages according to the predefined dialogue regardless of whether the reply message is a text message or a voice message.
A caliper finger for use as part of a multi-finger caliper logging tool, the caliper finger having a body formed substantially of a first material and a finger tip formed substantially of a second material, the caliper finger having a joint between the first material and the second material, wherein the second material has greater mechanical durability than the first material; wherein at the joint the first material and second material are fused directly together; characterised in that the finger tip comprises a plurality of successively fused layers of the second material; wherein the finger tip comprises a machined outer surface; and wherein the plurality of fused layers of second material are machined after fusion of the plurality of layers of second material with the finger.
Height adjusting device for a belt deflector with a guide rail which has a C-shaped cross section with a base and two side shanks which project from the base in the same direction, with a carriage which can be shifted and fixed on the guide rail, and with a return spring which is fastened on the carriage and is guided inside the guide rail, characterized by that at least one of the side shanks has at least one spacing element for spacing the return spring from the side shank.
A lead-lag damper for an articulated helicopter rotor comprising: a first end connector configured to couple to either a rotor hub or to one of a plurality of rotor blades; a second end connector configured to couple either to one of the plurality of rotor blades or to the rotor hub, whichever is opposite of the coupled first end connector; a body portion coupled to the first end connector and to the second end connector, the body portion comprising one or more elastomeric material layers arranged in a lengthwise direction between the first end connector and the second end connector, each of the elastomeric material layers having a substantially chevron-shaped profile in a crosswise direction, wherein the body portion further comprises: a center member substantially fixedly connected to the first end connector; a second body element substantially fixedly connected to the second end connector; wherein the one or more elastomeric material layers are secured between the center member and the second body element. characterized in that the one or more elastomeric material layers comprises a first subset of the elastomeric material layers and a second subset of the elastomeric material layers; and wherein the center member is positioned between the first subset and the second subset of the elastomeric material layers. a first end connector configured to couple to either a rotor hub or to one of a plurality of rotor blades; a second end connector configured to couple either to one of the plurality of rotor blades or to the rotor hub, whichever is opposite of the coupled first end connector; a body portion coupled to the first end connector and to the second end connector, the body portion comprising one or more elastomeric material layers arranged in a lengthwise direction between the first end connector and the second end connector, each of the elastomeric material layers having a substantially chevron-shaped profile in a crosswise direction, wherein the body portion further comprises: a center member substantially fixedly connected to the first end connector; a second body element substantially fixedly connected to the second end connector; wherein the one or more elastomeric material layers are secured between the center member and the second body element. characterized in that the one or more elastomeric material layers comprises a first subset of the elastomeric material layers and a second subset of the elastomeric material layers; and wherein the center member is positioned between the first subset and the second subset of the elastomeric material layers. a center member substantially fixedly connected to the first end connector; a second body element substantially fixedly connected to the second end connector; wherein the one or more elastomeric material layers are secured between the center member and the second body element. characterized in that the one or more elastomeric material layers comprises a first subset of the elastomeric material layers and a second subset of the elastomeric material layers; and wherein the center member is positioned between the first subset and the second subset of the elastomeric material layers.
A rubber composition for anti-vibration rubber, comprising rubber components, the rubber composition comprising 4 to 40 parts by weight of the following component out of the rubber components when the whole amount of the rubber components is regarded as 100 parts by weight: a lithium catalyst-type polyisoprene rubber, and further comprising 30 to 80 parts by weight of the following component out of the rubber components: a Ziegler catalyst-type polyisoprene rubber.
A radiation inspection system, comprising a radiation source for emitting an initial beam and a beam modulating device for modulating the initial beam into a scanning beam, wherein the beam modulating device comprises a first collimating structure disposed at a beam exit side of the radiation source and a second collimating structure disposed at a beam exit side of the first collimating structure, the first collimating structure comprises a first collimating port, the second collimating structure comprises a second collimating port, the second collimating structure is movable relative to the first collimating structure to change a relative position of the first collimating port with the second collimating port, such that the beam modulating device is shifted between a first operational state in which the beam modulating device modulates the initial beam into a fan beam, and a second operational state in which the beam modulating device modulates the initial beam into a pencil beam variable in position; characterized in that the first collimating structure comprises a first flat collimating plate, and the second collimating structure comprises a second collimating flat plate; and the first collimating port is a first collimating slit, and the second collimating port is a second collimating slit, wherein the first collimating slit and the second collimating slit is a straight-linear collimating slit. characterized in that the first collimating structure comprises a first flat collimating plate, and the second collimating structure comprises a second collimating flat plate; and the first collimating port is a first collimating slit, and the second collimating port is a second collimating slit, wherein the first collimating slit and the second collimating slit is a straight-linear collimating slit.
A method for making isolated immunogenic cancer cells or an immunogenic extract thereof comprising both MHCI and MHCII, the method comprising: - inducing expression of MHCII on cancer cells isolated from a subject with an MHCII-inducing agent which is IFN-[gamma] or a combination of cytokines comprising IFN-[gamma]; - incubating the cancer cells with a non-self antigen so that the non-self antigen will be bound to expressed MHCII; and - killing the cancer cells; - identifying MHCII-positive cells after MHCII induction; and - in the case of the immunogenic extract, extracting a cellular extract from the cancer cells. - inducing expression of MHCII on cancer cells isolated from a subject with an MHCII-inducing agent which is IFN-[gamma] or a combination of cytokines comprising IFN-[gamma]; - incubating the cancer cells with a non-self antigen so that the non-self antigen will be bound to expressed MHCII; and - killing the cancer cells; - identifying MHCII-positive cells after MHCII induction; and - in the case of the immunogenic extract, extracting a cellular extract from the cancer cells.
A motorcycle including: - a supporting structure; - at least two wheels (2, 3) constrained to the supporting structure; - a traction engine constrained to the supporting structure and a transmission system adapted to transmit the motion from the traction engine to at least one of the two wheels (2, 3); - a storage container fixed to the supporting structure having an internal compartment and a closing device movable with respect to the supporting structure between a closing position and an opening position in order to prevent the access to the internal compartment in the closing position and to allow the access to the internal compartment in the opening position; - an ignition key; characterized in that the motorcycle includes an electronic device adapted to detect the presence or absence of the ignition key inside the storage container. - a supporting structure; - at least two wheels (2, 3) constrained to the supporting structure; - a traction engine constrained to the supporting structure and a transmission system adapted to transmit the motion from the traction engine to at least one of the two wheels (2, 3); - a storage container fixed to the supporting structure having an internal compartment and a closing device movable with respect to the supporting structure between a closing position and an opening position in order to prevent the access to the internal compartment in the closing position and to allow the access to the internal compartment in the opening position; - an ignition key;
An uplink information sending method in a wireless communications system, wherein the method comprises: receiving, by a user equipment, UE, a timing advance coefficient; determining, by the UE, a first timing advance based on a multiplication of a first time length and the timing advance coefficient, wherein the first time length is one of at least two different time lengths that are supported by the UE and that are used to determine a timing advance; and sending, by the UE, uplink information based on the first timing advance; characterized in that there is a correspondence between the first time length and a resource type corresponding to the uplink information, wherein the wireless communications system is a 5G communications system and the timing advance coefficient corresponds to a timing advance range, wherein the correspondence is specified in the wireless communications system, wherein the resource type comprises at least one of the following parameters: a subcarrier spacing type, a cyclic prefix length, a symbol length, a timeslot length, a working frequency, and a subframe type, and wherein, before the determining, by the UE, the first timing advance, the method further comprises: determining, by the UE, the first time length based on the correspondence between the first time length and the resource type corresponding to the uplink information. receiving, by a user equipment, UE, a timing advance coefficient; determining, by the UE, a first timing advance based on a multiplication of a first time length and the timing advance coefficient, wherein the first time length is one of at least two different time lengths that are supported by the UE and that are used to determine a timing advance; and sending, by the UE, uplink information based on the first timing advance; characterized in that there is a correspondence between the first time length and a resource type corresponding to the uplink information, wherein the wireless communications system is a 5G communications system and the timing advance coefficient corresponds to a timing advance range, wherein the correspondence is specified in the wireless communications system, wherein the resource type comprises at least one of the following parameters: a subcarrier spacing type, a cyclic prefix length, a symbol length, a timeslot length, a working frequency, and a subframe type, and wherein, before the determining, by the UE, the first timing advance, the method further comprises: determining, by the UE, the first time length based on the correspondence between the first time length and the resource type corresponding to the uplink information. a subcarrier spacing type, a cyclic prefix length, a symbol length, a timeslot length, a working frequency, and a subframe type, and wherein, before the determining, by the UE, the first timing advance, the method further comprises: determining, by the UE, the first time length based on the correspondence between the first time length and the resource type corresponding to the uplink information.
A piezoelectric generating apparatus comprising: a plurality of piezoelectric bodies arranged at intervals via a gap, each of the plurality of piezoelectric bodies having a fixed end and a free end; a support portion having a surface, defined by a single plane, on which the fixed end of each of the plurality of piezoelectric bodies is integrally formed; a first surface electrode formed on one side of each of the plurality of piezoelectric bodies; a second surface electrode formed on an opposite side of each of the plurality of piezoelectric bodies; and a weight spanning the plurality of piezoelectric bodies and attached to the free end of each of the plurality of piezoelectric bodies. a plurality of piezoelectric bodies arranged at intervals via a gap, each of the plurality of piezoelectric bodies having a fixed end and a free end; a support portion having a surface, defined by a single plane, on which the fixed end of each of the plurality of piezoelectric bodies is integrally formed; a first surface electrode formed on one side of each of the plurality of piezoelectric bodies; a second surface electrode formed on an opposite side of each of the plurality of piezoelectric bodies; and a weight spanning the plurality of piezoelectric bodies and attached to the free end of each of the plurality of piezoelectric bodies.
Magnetic pigments, comprising a transparent flaky homogeneously composed substrate having two parallel major surfaces and a coating comprising maghemite, wherein the substrate is of a synthetically produced material and is of Al 2 O 3, of Al 2 O 3 containing up to 5% by weight TiO 2, of SiO 2, of SiO 2 containing up to 20% by weight silicon hydroxide, of glass or of a borosilicate, and wherein the maghemite coating is an interference layer and is a single layer containing maghemite as a sole iron compound and is located directly onto the substrate.