mhurhangee/ep-ind-claims huggingface dataset:
A method to manufacture an injection molded first component (100; 300) of an article, in particular a handle or a head of a toothbrush, having a sheath element with a cavity and a recess extending from the cavity into a wall of the sheath element surrounding the cavity comprising the steps of: providing a first mold having first mold components (510, 520, 530) that define a first mold cavity in the form of a pre-sheath element having a through hole in the pre-sheath element at the location where the recess shall be formed; injection molding of the pre-sheath element using a first plastic material; closing the through-hole with a lid element; providing a second mold having second mold components (610, 620, 630) for receiving the pre-sheath element and for defining a remaining second mold cavity that extends at least over a part of a parting line between the lid element and the pre-sheath element when the pre-sheath element is inserted in the second mold; inserting the pre-sheath element into the second mold; and connecting the lid element with the pre-sheath element by injecting a second plastic material into the remaining second mold cavity such that the sheath element is formed; characterized in that the method comprises the step of providing the first mold such that the first mold components (510, 520, 530) define the lid element as a structure extending from an outer side of the pre-sheath element and the step of closing the through hole includes bending the lid element until it closes the through hole. providing a first mold having first mold components (510, 520, 530) that define a first mold cavity in the form of a pre-sheath element having a through hole in the pre-sheath element at the location where the recess shall be formed; injection molding of the pre-sheath element using a first plastic material; closing the through-hole with a lid element; providing a second mold having second mold components (610, 620, 630) for receiving the pre-sheath element and for defining a remaining second mold cavity that extends at least over a part of a parting line between the lid element and the pre-sheath element when the pre-sheath element is inserted in the second mold; inserting the pre-sheath element into the second mold; and connecting the lid element with the pre-sheath element by injecting a second plastic material into the remaining second mold cavity such that the sheath element is formed; characterized in that the method comprises the step of providing the first mold such that the first mold components (510, 520, 530) define the lid element as a structure extending from an outer side of the pre-sheath element and the step of closing the through hole includes bending the lid element until it closes the through hole.
A method for manufacturing metal film patterns on a substrate, comprising: forming a coating of a negative tone lift off resist composition above a substrate; curing the resist composition to form a resist layer; exposing the resist layer; developing the resist layer to form resist patterns; forming metal film on the resist patterns; and removing remained resist patterns and metal film on them; wherein the negative tone lift off resist composition comprises an alkali soluble resin, cross linker represented by below formula, and cross linker represented by below formula, wherein R 1 is C 2-8 alkoxylalkyl, R 2 is C 2-8 alkoxylalkyl, R 3 is C 6-10 aryl unsubstituted or substituted by C 1-6 alkyl, C 1-8 alkyl unsubstituted or substituted by C 1-6 alkyl, or -NR 1 R 2, R 4 is C 6-10 aryl unsubstituted or substituted by C 1-6 alkyl, C 1-8 alkyl unsubstituted or substituted by C 1-6 alkyl, or -NR 1 R 2, R 5 is C 1-20 alkyl unsubstituted or substituted by C 1-6 alkyl, l is 1, 2, 3 or 4, m is 0, 1 or 2, n is 0, 1 or 2, and l+m+n ≤ 6. forming a coating of a negative tone lift off resist composition above a substrate; curing the resist composition to form a resist layer; exposing the resist layer; developing the resist layer to form resist patterns; forming metal film on the resist patterns; and removing remained resist patterns and metal film on them; wherein the negative tone lift off resist composition comprises an alkali soluble resin, cross linker represented by below formula, and cross linker represented by below formula, wherein R 1 is C 2-8 alkoxylalkyl, R 2 is C 2-8 alkoxylalkyl, R 3 is C 6-10 aryl unsubstituted or substituted by C 1-6 alkyl, C 1-8 alkyl unsubstituted or substituted by C 1-6 alkyl, or -NR 1 R 2, R 4 is C 6-10 aryl unsubstituted or substituted by C 1-6 alkyl, C 1-8 alkyl unsubstituted or substituted by C 1-6 alkyl, or -NR 1 R 2, R 5 is C 1-20 alkyl unsubstituted or substituted by C 1-6 alkyl, l is 1, 2, 3 or 4, m is 0, 1 or 2, n is 0, 1 or 2, and l+m+n ≤ 6.
An electric rotating machine comprising: a stator; a rotor having a rotor core and inserted in a bore formed in the stator such that an air gap is formed between the stator and the rotor; and magnetic poles circumferentially arranged in a peripheral portion of the rotor core of the rotor; wherein the rotor further comprises slits formed in the rotor core and extending between the adjacent ones of the magnetic poles, and wherein a magnetic gap is formed between the magnetic poles and the rotor core, characterized in that the rotor core has portions, each extending between the slit and the magnetic pole, in which compressive stress is induced when stress is induced in the portions of the rotor core between the slit and the magnetic pole by centrifugal force produced when the rotor rotates and acting on the magnetic pole and a portion of the rotor core on the radially outer side of each magnetic pole, wherein a radial length from an outer surface of the rotor to a bottom of the slit is longer than a radial length from the outer surface of the rotor to an inner edge of the magnetic gap, wherein the slit has an open end to the surface of the rotor core, and the bottom of the slit swells circumferentially toward a center of the magnetic pole. a stator; a rotor having a rotor core and inserted in a bore formed in the stator such that an air gap is formed between the stator and the rotor; and magnetic poles circumferentially arranged in a peripheral portion of the rotor core of the rotor; wherein the rotor further comprises slits formed in the rotor core and extending between the adjacent ones of the magnetic poles, and wherein a magnetic gap is formed between the magnetic poles and the rotor core, characterized in that the rotor core has portions, each extending between the slit and the magnetic pole, in which compressive stress is induced when stress is induced in the portions of the rotor core between the slit and the magnetic pole by centrifugal force produced when the rotor rotates and acting on the magnetic pole and a portion of the rotor core on the radially outer side of each magnetic pole, wherein a radial length from an outer surface of the rotor to a bottom of the slit is longer than a radial length from the outer surface of the rotor to an inner edge of the magnetic gap, wherein the slit has an open end to the surface of the rotor core, and the bottom of the slit swells circumferentially toward a center of the magnetic pole.
A method of cancelling interference at an access terminal configured for wireless communication in a network, comprising: generating a set of interference cancellation sectors, the set of sectors comprising a subset of sectors in an active set for the access terminal and at least one sector in a candidate set, wherein the candidate set comprises a set of sectors that are candidates to be added to the active sector for the access terminal, and autonomously assigning at least one finger of a receiver at the access terminal to each sector in the set of sectors; adaptively updating the set of interference cancellation sectors whererin updating comprises ranking one or more sectors in said candidate set in accordance with the pilot energy of each sector; selecting one or more sectors in the candidate set having the highest ranking for promotion to the set of interference cancellation sectors; determining whether a sector in the selected one or more sectors is included in the set of interference cancellation sectors and based on the determination promoting the sector to the set of interference cancellation sectors; and autonomously assigning at least one finger of the receiver to the sector promoted from the candidate set, wherein said autonomous assignment is without receiving authorization from the network; generating an interference estimate corresponding to the set of sectors; and cancelling interference from the set of sectors in accordance with the generated interference estimate. generating a set of interference cancellation sectors, the set of sectors comprising a subset of sectors in an active set for the access terminal and at least one sector in a candidate set, wherein the candidate set comprises a set of sectors that are candidates to be added to the active sector for the access terminal, and autonomously assigning at least one finger of a receiver at the access terminal to each sector in the set of sectors; adaptively updating the set of interference cancellation sectors whererin updating comprises ranking one or more sectors in said candidate set in accordance with the pilot energy of each sector; selecting one or more sectors in the candidate set having the highest ranking for promotion to the set of interference cancellation sectors; determining whether a sector in the selected one or more sectors is included in the set of interference cancellation sectors and based on the determination promoting the sector to the set of interference cancellation sectors; and autonomously assigning at least one finger of the receiver to the sector promoted from the candidate set, wherein said autonomous assignment is without receiving authorization from the network; generating an interference estimate corresponding to the set of sectors; and cancelling interference from the set of sectors in accordance with the generated interference estimate.
A protective screen (400;500;600) for vehicle windows, comprising a flexible protective sheet (410;510;610) comprising vehicle fastening means, wherein said sheet (410;510;610) comprises: - a first outer layer (423;523;623), resistant to heat/cold, mechanical and chemical stresses, UV ray-shielding and having fastness to light, - a second layer (425;525;625) made of thermally insulated fabric, designed to face a window; - an intermediate layer (424;524;624) between the preceding layers; said protective screen (400;500;600) being characterized in that: the intermediate layer (424;524;624) is made of resinated fabric and said protective screen (400;500;600) comprises at least one self-ventilation element configured so as to allow a passage of air between said intermediate layer (424;524;624) and the outside of the protective screen (400;500;600), through said second layer (425;525;625). - a first outer layer (423;523;623), resistant to heat/cold, mechanical and chemical stresses, UV ray-shielding and having fastness to light, - a second layer (425;525;625) made of thermally insulated fabric, designed to face a window; - an intermediate layer (424;524;624) between the preceding layers; said protective screen (400;500;600) being characterized in that: the intermediate layer (424;524;624) is made of resinated fabric and said protective screen (400;500;600) comprises at least one self-ventilation element configured so as to allow a passage of air between said intermediate layer (424;524;624) and the outside of the protective screen (400;500;600), through said second layer (425;525;625).
A composite comprising at least one polymer as a matrix and at least one aerogel having pores, wherein said aerogel is coated with a coating which blocks or bridges across the pores of the aerogel exposed on the surface of the aerogel to prevent intrusion of said polymer into said pores and wherein said polymer does not substantially enter the pores of said aerogel, wherein the coating encapsulates 75% or more of the surface of the aerogel, and wherein said polymer is an organic polymer and said coating is a water-based polymer coating, or said polymer is a water-based polymer and said coating comprises a surfactant or wetting agent.
A topical formulation comprising: a JAK inhibitor in an oil-in-water emulsion; white petrolatum in an amount of 10% by wt.; less than 0.7 ppm butyl hydroxytoluene by wt.; oleyl alcohol in an amount of 2% by wt.; and an antimicrobial agent. a JAK inhibitor in an oil-in-water emulsion; white petrolatum in an amount of 10% by wt.; less than 0.7 ppm butyl hydroxytoluene by wt.; oleyl alcohol in an amount of 2% by wt.; and an antimicrobial agent.
Polypeptide comprising the formula Vab-Z-Z': wherein Vab is a variable antigen-binding (Vab) domain that is comprised of all or a antigen-binding portion of a camelid Vab domain or a shark V-NAR domain; wherein Z is a non-peptidyl linker comprising -NHCO-(CH 2 CH 2 -O) n -, or -(C 4 H 3 NO 2)-S-(CH 2) 3 -imidate-, or -CH(CH 2 SH)-NHCO-, or -NHCO-(CH 2 CH 2 -O) n- (C 4 H 3 NO 2)-S-(CH 2) 3 -imidate; and wherein Z' comprises a human IgG CH domain, wherein the CH domain is optionally selected from CH1, CH2, or CH3 domain of human IgG, and wherein the polypeptide is capable of specifically binding to a target biomarker within the central nervous system of the subject, wherein said Vab domain is chemically linked together through said non-peptidyl linker to a constant domain CH1, CH2 or CH3 of human. wherein Vab is a variable antigen-binding (Vab) domain that is comprised of all or a antigen-binding portion of a camelid Vab domain or a shark V-NAR domain; wherein Z is a non-peptidyl linker comprising -NHCO-(CH 2 CH 2 -O) n -, or -(C 4 H 3 NO 2)-S-(CH 2) 3 -imidate-, or -CH(CH 2 SH)-NHCO-, or -NHCO-(CH 2 CH 2 -O) n- (C 4 H 3 NO 2)-S-(CH 2) 3 -imidate; and wherein Z' comprises a human IgG CH domain, wherein the CH domain is optionally selected from CH1, CH2, or CH3 domain of human IgG, and wherein the polypeptide is capable of specifically binding to a target biomarker within the central nervous system of the subject, wherein said Vab domain is chemically linked together through said non-peptidyl linker to a constant domain CH1, CH2 or CH3 of human.
A pulp refining system for mechanically refining of lignocellulosic material, comprising: a defibrator, a defibrator housing, in which the defibrator is arranged, a blow valve comprising a valve member and having an inlet and an outlet and being adapted for regulating a flow of pulp therethrough, and a discharge pipe having an inlet which is connected to the outlet of the blow valve, and a mounting pipe having an inlet, which is connected to the defibrator housing, being arranged between the defibrator housing and the blow valve, characterized in that said mounting pipe has a length of at least about 0.2 meter, wherein the length of the mounting pipe is measured from the defibrator housing to a closest side of said valve member arranged in the blow valve. a defibrator, a defibrator housing, in which the defibrator is arranged, a blow valve comprising a valve member and having an inlet and an outlet and being adapted for regulating a flow of pulp therethrough, and a discharge pipe having an inlet which is connected to the outlet of the blow valve, and a mounting pipe having an inlet, which is connected to the defibrator housing, being arranged between the defibrator housing and the blow valve,
A grinding machine for grinding a surface of an object, wherein the grinding machine comprises a. a plurality of grinding brushes, i. which are mounted such that they can be rotated about a brush axis of rotation, b. at least one brush holder, i. which is mounted on the at least one of the grinding brushes and which ii. is mounted such that it can be rotated about a holder axis of rotation, and c. a conveying device for conveying the object through the grinding machine at a feed speed, wherein the grinding machine features an input device and an output device, wherein a brush speed of rotation about the brush axis of rotation and/or a holder speed of rotation about the holder axis of rotation and/or the feed speed can be adjusted using the input device, the grinding machine being characterized in that the output device is configured in such a way that an anticipated grinding result can be displayed by the output device, said result being dependent on the parameters set by the input device. a. a plurality of grinding brushes, i. which are mounted such that they can be rotated about a brush axis of rotation, i. which are mounted such that they can be rotated about a brush axis of rotation, b. at least one brush holder, i. which is mounted on the at least one of the grinding brushes and which ii. is mounted such that it can be rotated about a holder axis of rotation, and i. which is mounted on the at least one of the grinding brushes and which ii. is mounted such that it can be rotated about a holder axis of rotation, and c. a conveying device for conveying the object through the grinding machine at a feed speed, wherein the grinding machine features an input device and an output device, wherein a brush speed of rotation about the brush axis of rotation and/or a holder speed of rotation about the holder axis of rotation and/or the feed speed can be adjusted using the input device, the grinding machine being characterized in that the output device is configured in such a way that an anticipated grinding result can be displayed by the output device, said result being dependent on the parameters set by the input device.
A method for the manufacture of a spherical powder comprising tungsten carbide, said method comprising the steps: a) providing a chamber comprising a rotatable crucible, b) adding material into said rotatable crucible, c) melting the material, wherein heating at least partially is conducted using a plasma arc discharge, d) rotating the crucible to form liquid droplets, with subsequent cooling of the droplets to obtain a powder, characterized in that the material added into said rotatable crucible is heated to a temperature from 40% to 80% of the melting temperature of the material before it enters the crucible, and that the material added to the crucible comprises carbon and tungsten. a) providing a chamber comprising a rotatable crucible, b) adding material into said rotatable crucible, c) melting the material, wherein heating at least partially is conducted using a plasma arc discharge, d) rotating the crucible to form liquid droplets, with subsequent cooling of the droplets to obtain a powder, characterized in that the material added into said rotatable crucible is heated to a temperature from 40% to 80% of the melting temperature of the material before it enters the crucible, and that the material added to the crucible comprises carbon and tungsten.
An in-situ process monitoring device for measuring the curing status of a UV-curable lacquer which is present as a coating of components, comprising at least one radiation source for curing the lacquer, at least one signal source, at least one spectrometer for non-contact measurement of radiation of the signal source reflected from the components, and a monitoring unit which is designed to calculate a degree of curing of the lacquer from the spectra measured by the at least one spectrometer, the at least one signal source for the measurement being identical to the at least one radiation source, characterized in that the process monitoring device comprises at least one dichroic mirror which reflects UV radiation emitted from the radiation source, and transmits visible and infrared radiation to a high degree, the at least one dichroic mirror comprising segmented mirrors (631, 632) separated by spacings and arranged such that the resulting mirror surface appears as being continuous in projection along the original direction of the radiation emitted from the radiation source, but appears as having apertures in the projection along the radiation reflected from the component, thus enabling unhinderned transmission of at least part of the reflected radiation to the spectrometer.
A ratchet or ratcheting tool with a tool head, wherein the tool head comprises a top part or insert, which is coupled with a ratchet mechanism for transmitting torque and wherein a wrench socket or wrench insert or a screw is attached on the top part or in the insert, the ratchet mechanism comprises a rotary member for torque transmission, which comprises a toothing at its front side, in which a locking clement engages, a switching mechanism is provided for changing the rotational direction and the locking element is formed having a tooth-shaped toothing, wherein the toothing engages into the toothing on the front side of the rotary part (is) for transmission of torque, characterized in that the front side alternately comprises a sawtooth-shaped toothing for a right and a left turn, wherein one locking element of the switching mechanism locks one direction of rotation and another locking element locks the other direction of rotation of the rotating part.
Side panel assembly for a passenger vehicle, comprising a B-pillar made of fibre-reinforced plastics material, at least one further pillar (3, 4) made of fibre-reinforced plastics material and following in the rear direction, and a side panel made of fibre-reinforced plastics material and defining a portion of the skin of the passenger vehicle, wherein the B-pillar comprises a hollow pillar (2.1) made of metal as a core element, characterised in that the at least one further pillar (3, 4) comprises a supporting core (3.1, 4.1) made of plastics material, preferably foamed plastics material.