mhurhangee/ep-ind-claims huggingface dataset:
A medical package comprising at least: a first portion for holding a carrier for pharmaceutical composition or medical devices; a second portion, wherein said first and second portions are adapted to mutually engage in a latching manner upon folding and/or pressing of said second portion and said first portion onto each other, said second portion when engaged onto said first portion producing a rigid structure having a bursting strength between 6894.76 and 6894757.29 pascal (1 and 1000 pounds per square inch (psi)); two pairs of gripping elements (18,19, 20,21), one element (18, 20) of each pair located on the first portion and the other element (19, 21) located on the second portion, wherein said two pairs have the same shape characterised in that only one of said two pairs constitutes two opening elements (18, 20) for unlatching the two portions from each other, wherein said opening elements physically hinder children from opening said medical package. a first portion for holding a carrier for pharmaceutical composition or medical devices; a second portion, wherein said first and second portions are adapted to mutually engage in a latching manner upon folding and/or pressing of said second portion and said first portion onto each other, said second portion when engaged onto said first portion producing a rigid structure having a bursting strength between 6894.76 and 6894757.29 pascal (1 and 1000 pounds per square inch (psi)); two pairs of gripping elements (18,19, 20,21), one element (18, 20) of each pair located on the first portion and the other element (19, 21) located on the second portion, wherein said two pairs have the same shape
A seed boot assembly for a seeding machine, comprising: a seed boot having a seed passage extending from an inlet to an outlet; a boot liner extending within the seed passage between the inlet and the outlet; and a seed tube adapter coupled to at least one of the seed boot and the boot liner, characterized in that the inlet of the seed passage opens about a reference axis that is at an angle with respect to a reference axis about which opens the outlet of the seed passage; and wherein ends of the boot liner open about reference axes (L1, L2) at an angle with respect to one another that is greater than the angle between the reference axes (B1, B2) of the seed passage. a seed boot having a seed passage extending from an inlet to an outlet; a boot liner extending within the seed passage between the inlet and the outlet; and a seed tube adapter coupled to at least one of the seed boot and the boot liner, characterized in that the inlet of the seed passage opens about a reference axis that is at an angle with respect to a reference axis about which opens the outlet of the seed passage; and wherein ends of the boot liner open about reference axes (L1, L2) at an angle with respect to one another that is greater than the angle between the reference axes (B1, B2) of the seed passage.
A Beam Failure Recovery, BFR, method performed by a User Equipment, UE, comprising: performing BFR using non-contention-based random access; performing the BFR using contention-based random access in the case that the non-contention-based random access fails, wherein the performing the BFR using the contention-based random access in the case that the non-contention-based random access fails comprises: detecting channel quality of a beam for which a non-contention-based random access resource for the BFR has been configured in the case that the non-contention-based random access fails; when the channel quality of the beam for which the non-contention-based random access resource for the BFR has been configured is smaller than a predetermined threshold, performing the BFR using the contention-based random access, wherein a preamble initial received target power of the contention-based random access for the BFR is preconfigured for the contention-based random access; and a power ramping step of the contention-based random access for the BFR is preconfigured for the contention-based random access. performing BFR using non-contention-based random access; performing the BFR using contention-based random access in the case that the non-contention-based random access fails, wherein the performing the BFR using the contention-based random access in the case that the non-contention-based random access fails comprises: detecting channel quality of a beam for which a non-contention-based random access resource for the BFR has been configured in the case that the non-contention-based random access fails; when the channel quality of the beam for which the non-contention-based random access resource for the BFR has been configured is smaller than a predetermined threshold, performing the BFR using the contention-based random access, wherein a preamble initial received target power of the contention-based random access for the BFR is preconfigured for the contention-based random access; and a power ramping step of the contention-based random access for the BFR is preconfigured for the contention-based random access. detecting channel quality of a beam for which a non-contention-based random access resource for the BFR has been configured in the case that the non-contention-based random access fails; when the channel quality of the beam for which the non-contention-based random access resource for the BFR has been configured is smaller than a predetermined threshold, performing the BFR using the contention-based random access, wherein a preamble initial received target power of the contention-based random access for the BFR is preconfigured for the contention-based random access; and a power ramping step of the contention-based random access for the BFR is preconfigured for the contention-based random access.
An electromagnetic shielding material having a structure in which at least two metal foils are laminated via at least one insulating layer, wherein each metal foil has at least one boundary surface over which it is in contact with the or a respective said insulating layer, each said boundary surface having a respective metal oxide layer thereon, the respective metal oxide layer being an oxide of the metal of that respective metal foil, and wherein the or each respective said metal oxide layer has a thickness of from 1 to 20 nm.
Method for controlling an operation of an electric motor, wherein in a modulation electric voltages which are applied to electric phases of the electric motor are generated and output in a controlled fashion as a function of a rotor position of the electric motor and as a function of a setpoint/actual comparison of at least one first variable which characterizes a load of the electric motor or of an actual rotational speed of the electric motor (n act), wherein - when a field-weakening range of the electric motor is reached, a predefined pilot-control angle (φ PA) and a further regulated pilot-control angle component (φ PA_reg) are added to a rotor position angle (φ), which characterizes the rotor position, to form a composite angle (φ ∑), - wherein when the field-weakening range is reached the composite angle (φ ∑) is used to characterize the rotor position in the modulation and - wherein the reaching of the field-weakening range is detected when an upper limit of a degree of modulation which is characterized by a predefined maximum amplitude of a motor voltage and/or a motor current is reached, wherein when the field-weakening range is reached, the degree of modulation is defined at its upper limit, and the modulation of the electric voltages is carried out by regulating the pilot-control angle (φ PA). - when a field-weakening range of the electric motor is reached, a predefined pilot-control angle (φ PA) and a further regulated pilot-control angle component (φ PA_reg) are added to a rotor position angle (φ), which characterizes the rotor position, to form a composite angle (φ ∑), - wherein when the field-weakening range is reached the composite angle (φ ∑) is used to characterize the rotor position in the modulation and - wherein the reaching of the field-weakening range is detected when an upper limit of a degree of modulation which is characterized by a predefined maximum amplitude of a motor voltage and/or a motor current is reached, wherein when the field-weakening range is reached, the degree of modulation is defined at its upper limit, and the modulation of the electric voltages is carried out by regulating the pilot-control angle (φ PA).
A composition comprising R-2-hydroxyglutarate (R-2HG) for use in a method of treating a tumor, the method comprising administering to a subject an effective amount of R-2HG; wherein the method further comprises administering at least one agent effective for inhibiting MYC signaling prior to administering the R-2HG.
A method for manufacturing a semiconductor device having a structure in which a semiconductor layer is bonded on a supporting substrate, comprising: a step of forming a lift-off layer on a growth substrate; a device region formation step of forming a device region comprised of the semiconductor layer on the growth substrate through the lift-off layer; a columnar member formation step of forming a columnar member (21,51,62,82) on the growth substrate; a bonding step of bonding the tops of the semiconductor layer and the columnar member (21,51,62,82) to a supporting substrate; a lift-off step of separating the bottom face of the semiconductor layer from the growth substrate by removing the lift-off layer, and not separating the columnar member (21,51,62,82) from the growth substrate; and a step of separating the columnar member (21,51,62,82) from the supporting substrate. a step of forming a lift-off layer on a growth substrate; a device region formation step of forming a device region comprised of the semiconductor layer on the growth substrate through the lift-off layer; a columnar member formation step of forming a columnar member (21,51,62,82) on the growth substrate; a bonding step of bonding the tops of the semiconductor layer and the columnar member (21,51,62,82) to a supporting substrate; a lift-off step of separating the bottom face of the semiconductor layer from the growth substrate by removing the lift-off layer, and not separating the columnar member (21,51,62,82) from the growth substrate; and a step of separating the columnar member (21,51,62,82) from the supporting substrate.
Disinfecting composition comprising the following biocides: a) Tartaric acid in concentrations from 1 mM to 70 mM; b) Lactic acid in concentrations from 1 mM to 70 mM, c) 1) lavender oil or lavender oil extract and 2) peppermint oil or peppermint oil extract in concentrations from 0.01 wt% to 1 wt%, d) copper-PCA in concentrations from 1 mM to 10 mM. a) Tartaric acid in concentrations from 1 mM to 70 mM; b) Lactic acid in concentrations from 1 mM to 70 mM, c) 1) lavender oil or lavender oil extract and 2) peppermint oil or peppermint oil extract in concentrations from 0.01 wt% to 1 wt%, 1) lavender oil or lavender oil extract and 2) peppermint oil or peppermint oil extract in concentrations from 0.01 wt% to 1 wt%, d) copper-PCA in concentrations from 1 mM to 10 mM.
A method of detecting specific target organisms comprising the steps: a) obtaining a sample which contains said specific target organisms; b) adding a diagnostic material with fluorogenic and chromogenic enzyme substrates to a medium and to an absorbent pad which can absorb said medium wherein said absorbent pad serves as a base; c) contacting said sample with said material at one side of said absorbent pad to cause upon incubation an enzyme reaction whereby an enzyme is produced by target organisms if said target organisms are present and which converts the said enzyme substrates, some products derived from said enzyme reaction being visible and at least one of said products being diffusible in water; and d) viewing said one side and the opposite side of said absorbent pad and detecting any fluorescent product appearance representing said specific target organisms and any chromogenic appearance representing said specific target organisms, while said organisms are in contact said diagnostic material. a) obtaining a sample which contains said specific target organisms; b) adding a diagnostic material with fluorogenic and chromogenic enzyme substrates to a medium and to an absorbent pad which can absorb said medium wherein said absorbent pad serves as a base; c) contacting said sample with said material at one side of said absorbent pad to cause upon incubation an enzyme reaction whereby an enzyme is produced by target organisms if said target organisms are present and which converts the said enzyme substrates, some products derived from said enzyme reaction being visible and at least one of said products being diffusible in water; and d) viewing said one side and the opposite side of said absorbent pad and detecting any fluorescent product appearance representing said specific target organisms and any chromogenic appearance representing said specific target organisms, while said organisms are in contact said diagnostic material.
An electrode (22, 24) for use in a spark plug, the electrode (22, 24) comprising: a sparking end (32, 38) having a spark contact surface (36, 44) and including a high temperature performance alloy; characterized in that said high temperature performance alloy includes, in weight percent of said high temperature performance alloy: chromium in an amount of 40.0 weight percent to 55.0 weight percent, wherein the amount of chromium present is such as to form a layer of chromium oxide at said spark contact surface (36, 44) at a temperature of at least 500° C; palladium in an amount of 1.0 weight percent to 3.0 weight percent; optionally one or more of the following: nickel in an amount less than 5.0 weight percent, yttrium in an amount up to 0.2 weight percent, silicon in an amount up to 2.0 weight percent, manganese in an amount up to 2.0 weight percent, silicon in an amount up to 0.5 weight percent; and a balance of tungsten. a sparking end (32, 38) having a spark contact surface (36, 44) and including a high temperature performance alloy; characterized in that said high temperature performance alloy includes, in weight percent of said high temperature performance alloy: chromium in an amount of 40.0 weight percent to 55.0 weight percent, wherein the amount of chromium present is such as to form a layer of chromium oxide at said spark contact surface (36, 44) at a temperature of at least 500° C; palladium in an amount of 1.0 weight percent to 3.0 weight percent; optionally one or more of the following: nickel in an amount less than 5.0 weight percent, yttrium in an amount up to 0.2 weight percent, silicon in an amount up to 2.0 weight percent, manganese in an amount up to 2.0 weight percent, silicon in an amount up to 0.5 weight percent; and a balance of tungsten. chromium in an amount of 40.0 weight percent to 55.0 weight percent, wherein the amount of chromium present is such as to form a layer of chromium oxide at said spark contact surface (36, 44) at a temperature of at least 500° C; palladium in an amount of 1.0 weight percent to 3.0 weight percent; optionally one or more of the following: nickel in an amount less than 5.0 weight percent, yttrium in an amount up to 0.2 weight percent, silicon in an amount up to 2.0 weight percent, manganese in an amount up to 2.0 weight percent, silicon in an amount up to 0.5 weight percent; nickel in an amount less than 5.0 weight percent, yttrium in an amount up to 0.2 weight percent, silicon in an amount up to 2.0 weight percent, manganese in an amount up to 2.0 weight percent, silicon in an amount up to 0.5 weight percent; and a balance of tungsten.
A method of producing a stabilized fiber, comprising performing a heat treatment on an acrylamide polymer fiber under an oxidizing atmosphere in a stabilization treatment temperature range of 200°C to 500°C while applying a tension of 0.07 mN/tex to 15 mN/tex; wherein a content of an acrylamide monomer unit in the acrylamide polymer fiber is 50 mol% or more. performing a heat treatment on an acrylamide polymer fiber under an oxidizing atmosphere in a stabilization treatment temperature range of 200°C to 500°C while applying a tension of 0.07 mN/tex to 15 mN/tex; wherein a content of an acrylamide monomer unit in the acrylamide polymer fiber is 50 mol% or more.
A MC-CDMA transmitter for transmitting a transmission signal, wherein: the transmitter is configured to use an inverse Fourier transform to carry out a spreading process and a multiplexing process in which the transmitter multiplies a transmission signal by a sinusoidal signal which, in a frequency domain, has an amplitude of r and is one of a group of orthogonal spreading codes assigned to different users such that the resultant frequency periods of the multiplied signal are different among users according to the spreading code used and are spread and split into orthogonal sub-carriers, and multiplexes the sub-carriers; and characterised in that the transmitter is further configured to shift the sub-carriers in phase by using a phase mask. the transmitter is configured to use an inverse Fourier transform to carry out a spreading process and a multiplexing process in which the transmitter multiplies a transmission signal by a sinusoidal signal which, in a frequency domain, has an amplitude of r and is one of a group of orthogonal spreading codes assigned to different users such that the resultant frequency periods of the multiplied signal are different among users according to the spreading code used and are spread and split into orthogonal sub-carriers, and multiplexes the sub-carriers; and characterised in that the transmitter is further configured to shift the sub-carriers in phase by using a phase mask.
A laundry treating apparatus comprising: a cabinet comprising an opening through which laundry is introduced; a tub provided in the cabinet, the tub comprising a tub opening in communication with the opening; a drum provided in the tub to store the laundry therein, the drum comprising a drum opening in communication with the tub opening; a drum supporting unit configured to levitate the drum within the tub, using a repulsive force generated between magnetic units (51, 52; 53, 54) having the same magnetic pole; a motor mounted to an outer portion of the tub, the motor comprising a shaft; characterized by a coupler configured to connect the drum and the shaft with each other so as to rotate the drum and to make a rotation center of the drum be movable with respect to a rotation center of the shaft in a predetermined distance range, wherein the coupler comprises, a drum coupled portion (631, 651, 671) coupled to the drum; a shaft coupled portion (633, 663, 673) coupled to the shaft; and a connected portion (635, 665, 675) provided between the shaft coupled portion and the drum coupled portion. a cabinet comprising an opening through which laundry is introduced; a tub provided in the cabinet, the tub comprising a tub opening in communication with the opening; a drum provided in the tub to store the laundry therein, the drum comprising a drum opening in communication with the tub opening; a drum supporting unit configured to levitate the drum within the tub, using a repulsive force generated between magnetic units (51, 52; 53, 54) having the same magnetic pole; a motor mounted to an outer portion of the tub, the motor comprising a shaft; characterized by a coupler configured to connect the drum and the shaft with each other so as to rotate the drum and to make a rotation center of the drum be movable with respect to a rotation center of the shaft in a predetermined distance range, wherein the coupler comprises, a drum coupled portion (631, 651, 671) coupled to the drum; a shaft coupled portion (633, 663, 673) coupled to the shaft; and a connected portion (635, 665, 675) provided between the shaft coupled portion and the drum coupled portion.
Two-component crosslinkable composition comprising: - a component A comprising: ∘ a (meth)acrylate monomer; ∘ a reducing agent; ∘ a zinc salt chosen from zinc alkanesulfonates, zinc acetate, and mixtures thereof; - a component B comprising an oxidizing agent. - a component A comprising: ∘ a (meth)acrylate monomer; ∘ a reducing agent; ∘ a zinc salt chosen from zinc alkanesulfonates, zinc acetate, and mixtures thereof; ∘ a (meth)acrylate monomer; ∘ a reducing agent; ∘ a zinc salt chosen from zinc alkanesulfonates, zinc acetate, and mixtures thereof; - a component B comprising an oxidizing agent.
Mould insert for a casting core and/or a casting mould for producing components that are made of casting metal and are to be provided with small and/or narrow hollow spaces by means of the mould insert, with a base body having at least one contact region with the casting metal and at least one contact region with the casting core and/or the casting mould, characterised in that the base body is made of a fibre-containing and/or yarn-containing material and forms a lost mould insert, and in that the fibre-containing and/or yarn-containing material is mechanically, thermally or chemically strengthened.
A photonic mixer comprising: - a highly resistive substrate, - two or more detection regions (67, 68) present in the substrate for collecting minority carriers (e') generated when electromagnetic radiation impinges on the substrate, the detection regions (67, 68) being doped inversely (n) with respect to the substrate, and - means (61, 62, 25) for generating a majority carrier current, said means consisting of an electrical signal source and regions (61, 62) for applying the majority current, said means being associated with an electric field in the substrate, the electric field causing the minority carriers (e') to arrive on the two or more detection regions (67,68), whereby the majority carrier current that is associated with the electric field being caused by the electrical signal source is applied to said majority current applying regions (61, 62) in the substrate, whereby the majority current applying regions (61, 62) having a same doping type (p) as the substrate. - a highly resistive substrate, - two or more detection regions (67, 68) present in the substrate for collecting minority carriers (e') generated when electromagnetic radiation impinges on the substrate, the detection regions (67, 68) being doped inversely (n) with respect to the substrate, and - means (61, 62, 25) for generating a majority carrier current, said means consisting of an electrical signal source and regions (61, 62) for applying the majority current, said means being associated with an electric field in the substrate, the electric field causing the minority carriers (e') to arrive on the two or more detection regions (67,68), whereby the majority carrier current that is associated with the electric field being caused by the electrical signal source is applied to said majority current applying regions (61, 62) in the substrate, whereby the majority current applying regions (61, 62) having a same doping type (p) as the substrate.
Device with a membrane comprising a support, a membrane suspended from said support and at least one actuation module disposed facing a face of the membrane and distinct from said membrane, said actuation module comprising at least one first actuator comprising at least one first material capable of expanding and/or contracting under the effect of an outside stimulus secured to an element anchored to the support and distinct from the membrane, in such a way that, when an outside stimulus is applied to the first material, a bimetallic-strip effect appears between the first material and the element, deforming the element in the direction of the membrane and causing the deformation of the membrane, characterised in that said membrane is at least partly made of a polymer material and in that said device also comprises at least one electrostatic actuator configured to press at least a portion of the membrane against at least a portion of the actuator module.