mhurhangee/patent-ind-claim-en huggingface dataset:
A method for disassembly of textile articles, wherein the textile articles can be disassembled and thus recycled or reused automatically or semi-automatically, wherein said textile article is composed of individual pieces, in which at least some of said individual pieces are attached to each other by means of stitching and wherein for said stitching a twined thermoplastic polymer melt thread is used, said polymer is a thermoplastic polymer selected from the group of polyolefins, polyesters, polyoxymethylene (POM), polypropylene, polyurethane, polyamids, polylactic acid and co-polymers thereof, said melt thread has a melting temperature between 80°C and 200°C, allowing the melt thread to transition from a solid phase to a liquid or semi-liquid phase at a temperature that is equal to or higher than the melting temperature of the thread, characterised in that the disassembly of said textile article is realized by subjecting the article to hot air of a temperature that is equal to or higher than the melting temperature in a heating unit provided with heating elements.
A soil apparatus comprising: a base portion for engaging in soil of an agricultural field; a soil sensor (350; 351; 352; 360; 370) disposed in or on the base portion for measuring a soil property; a neck portion connected to the base portion and configured to attach to an agricultural implement ; characterized in that the neck portion includes a force relief (5529; 5522; 5523) to prevent damage to the base portion if the soil apparatus is engaged in soil while the agricultural implement is driven in a reverse direction; wherein the force relief (5529;5522;5523) is one of: a) a hole in the neck portion to allow the neck portion to break to prevent damage to the base portion ; or, b) a spring (5522; 5523) to allow the neck portion to flex. a base portion for engaging in soil of an agricultural field; a soil sensor (350; 351; 352; 360; 370) disposed in or on the base portion for measuring a soil property; a neck portion connected to the base portion and configured to attach to an agricultural implement ; characterized in that the neck portion includes a force relief (5529; 5522; 5523) to prevent damage to the base portion if the soil apparatus is engaged in soil while the agricultural implement is driven in a reverse direction; wherein the force relief (5529;5522;5523) is one of: a) a hole in the neck portion to allow the neck portion to break to prevent damage to the base portion ; or, b) a spring (5522; 5523) to allow the neck portion to flex. a) a hole in the neck portion to allow the neck portion to break to prevent damage to the base portion ; or, b) a spring (5522; 5523) to allow the neck portion to flex.
A vehicle differential comprising: a pair of side gears ; at least one pinion gear meshing with the side gears ; a differential case that has a cylindrical peripheral wall , the differential case housing the side gears and the pinion gear , the differential case including at least two openings arranged through the peripheral wall , the openings being arranged through the differential case at a part of a side surface of the cylindrical peripheral wall , the differential case being rotatable around one rotational axis (C1); and an annular ring gear being fitted on an outer side of the peripheral wall of the differential case such that a central axis of the annular ring gear and the rotational axis (C1) coincide with each other, the vehicle differential being characterized in that the annular ring gear includes at least one protrusion on an inner peripheral edge of the annular ring gear facing the openings in a radial direction of the rotational axis (C1), a first protrusion among said at least one protrusion covering at least a part of a first one of the openings in a view along a penetration direction in which said first opening penetrates the peripheral wall , said first protrusion protruding toward an inner side of said first opening in the radial direction of the rotational axis (C1) as compared with parts of the inner peripheral edge of the annular ring gear that are outside an angular range of the opening around the rotational axis (C1). a pair of side gears ; at least one pinion gear meshing with the side gears ; a differential case that has a cylindrical peripheral wall , the differential case housing the side gears and the pinion gear , the differential case including at least two openings arranged through the peripheral wall , the openings being arranged through the differential case at a part of a side surface of the cylindrical peripheral wall , the differential case being rotatable around one rotational axis (C1); and an annular ring gear being fitted on an outer side of the peripheral wall of the differential case such that a central axis of the annular ring gear and the rotational axis (C1) coincide with each other, the vehicle differential being characterized in that the annular ring gear includes at least one protrusion on an inner peripheral edge of the annular ring gear facing the openings in a radial direction of the rotational axis (C1), a first protrusion among said at least one protrusion covering at least a part of a first one of the openings in a view along a penetration direction in which said first opening penetrates the peripheral wall , said first protrusion protruding toward an inner side of said first opening in the radial direction of the rotational axis (C1) as compared with parts of the inner peripheral edge of the annular ring gear that are outside an angular range of the opening around the rotational axis (C1).
A solid pharmaceutical composition comprising a solid dispersion containing amorphous enzalutamide and a concentration-enhancing polymer, wherein the polymer is hydroxypropyl methylcellulose acetate succinate.
Steam hairdressing appliance for styling hair, comprising: - a first treatment surface intended to come into contact with the hair, - means for adjusting the fluid flow rate , - means for vaporising the fluid , - means for distributing the steam (7', 7") to the hair, - a control unit for controlling at least the means for adjusting the fluid flow rate , characterised in that the means for adjusting the fluid flow rate comprise a peristaltic pump ensuring a relatively constant flow comprised between 1 and 5mL/min. - a first treatment surface intended to come into contact with the hair, - means for adjusting the fluid flow rate , - means for vaporising the fluid , - means for distributing the steam (7', 7") to the hair, - a control unit for controlling at least the means for adjusting the fluid flow rate ,
A holding device for a commercial vehicle, for receiving a load-securing element, in particular a load-securing slat, the holding device having a cuboid main body in which a receiving space is formed, wherein a first transverse side and/or a first longitudinal side of the main body being open to receive the load-securing element, the main body having multiple fasteners on an outer surface of a second longitudinal side , in particular a rear wall , for mounting on a stanchion , characterised in that at least one fastener is formed by a T-shaped hook having a longitudinal piece and a transverse piece, wherein the transverse piece is connected to the main body by the longitudinal piece and extends along the second longitudinal side of the main body , and the transverse piece is formed by a first fastening nose and a second fastening nose , wherein the longitudinal piece is arranged between the first fastening nose and the second fastening nose .
An apparatus for screen testing an optical fiber , the apparatus comprising: a fiber conveyance pathway ; a capstan having an outer circumference and a fiber contact region extending around the outer circumference, wherein the capstan is positioned adjacent to the fiber conveyance pathway such that when the optical fiber is directed over the fiber conveyance pathway, the optical fiber engages with the fiber contact region of the capstan; a pinch belt positioned adjacent to the fiber conveyance pathway such that the fiber conveyance pathway extends between at least a portion of the pinch belt and the fiber contact region of the capstan, wherein the pinch belt is engageable with the fiber contact region of the capstan such that, when the optical fiber is directed over the fiber conveyance pathway, the optical fiber is impinged between the pinch belt and the fiber contact region of the capstan, and characterised in that the fiber contact region has a durometer hardness of less than or equal to 40 Shore A; and the capstan further comprises a channel extending radially inward from the outer circumference of the capstan, and the fiber contact region comprises an outer layer positioned over the channel of the capstan, the outer layer covering the channel to form an enclosed chamber on the capstan. a fiber conveyance pathway ; a capstan having an outer circumference and a fiber contact region extending around the outer circumference, wherein the capstan is positioned adjacent to the fiber conveyance pathway such that when the optical fiber is directed over the fiber conveyance pathway, the optical fiber engages with the fiber contact region of the capstan; a pinch belt positioned adjacent to the fiber conveyance pathway such that the fiber conveyance pathway extends between at least a portion of the pinch belt and the fiber contact region of the capstan, wherein the pinch belt is engageable with the fiber contact region of the capstan such that, when the optical fiber is directed over the fiber conveyance pathway, the optical fiber is impinged between the pinch belt and the fiber contact region of the capstan, and characterised in that the fiber contact region has a durometer hardness of less than or equal to 40 Shore A; and the capstan further comprises a channel extending radially inward from the outer circumference of the capstan, and the fiber contact region comprises an outer layer positioned over the channel of the capstan, the outer layer covering the channel to form an enclosed chamber on the capstan.
A leak detection sensor module comprising: a body having an upper portion opened, the body having an inner space in which a substrate, a transmission member, and a fixing body are mounted, the body having a bottom surface provided with a mounting hole in which a cartridge is mounted, and the body having a side surface provided with a connection hole; a cover closing the upper portion of the body that is opened; the substrate to which an emitting portion generating light by a power supply and a receiving portion receiving a refracted light are connected and in which a microcomputer analyzing a detected signal is mounted; the cartridge which is detachably mounted on a lower surface of the body and which is configured such that the cartridge maintains an opaque state when oil is not absorbed to the cartridge and which is configured such that the cartridge is converted to a transparent state or a translucent state when the cartridge absorbs leaked oil and reacts with an absorbed oil, thereby realizing leak detection; the transmission member fixed and mounted inside the body, the transmission member having a flat plate shape, and the transmission member transmitting an emitted light; and the fixing body mounted inside the body, the fixing body fixing the substrate and the transmission member, and the fixing body fixing the emitting portion emitting light and the receiving portion receiving the emitted light. a body having an upper portion opened, the body having an inner space in which a substrate, a transmission member, and a fixing body are mounted, the body having a bottom surface provided with a mounting hole in which a cartridge is mounted, and the body having a side surface provided with a connection hole; a cover closing the upper portion of the body that is opened; the substrate to which an emitting portion generating light by a power supply and a receiving portion receiving a refracted light are connected and in which a microcomputer analyzing a detected signal is mounted; the cartridge which is detachably mounted on a lower surface of the body and which is configured such that the cartridge maintains an opaque state when oil is not absorbed to the cartridge and which is configured such that the cartridge is converted to a transparent state or a translucent state when the cartridge absorbs leaked oil and reacts with an absorbed oil, thereby realizing leak detection; the transmission member fixed and mounted inside the body, the transmission member having a flat plate shape, and the transmission member transmitting an emitted light; and the fixing body mounted inside the body, the fixing body fixing the substrate and the transmission member, and the fixing body fixing the emitting portion emitting light and the receiving portion receiving the emitted light.
A hydraulic damper for a mount assembly, the hydraulic damper comprising: a housing defining a cavity, the housing integrally formed to include a plurality of retention features and a generally cylindrical portion including a sidewall having a stepped configuration; and a subassembly at least partially disposed in the cavity and secured relative to the housing by the plurality of retention features , the subassembly including a washer , an inertia track circumferentially surrounding the washer , a compliance member circumferentially surrounding the inertia track , the compliance member being elastically deformable in the radial direction, and a rigid outer sidewall having an upper end and a lower end , the rigid outer sidewall bonded to the compliance member ; wherein at least one of the plurality of retention features and the subassembly is elastically deformable in a radial direction from an initial diameter to an elastically deformed diameter such that the subassembly is sized to axially pass by the plurality of retention features for insertion of the subassembly into the housing , wherein the lower end of the rigid outer sidewall of the subassembly is adjacent to a step of the sidewall and the plurality of retention features radially extend over the upper end of the rigid outer sidewall of the subassembly to secure the subassembly relative to the housing . a housing defining a cavity, the housing integrally formed to include a plurality of retention features and a generally cylindrical portion including a sidewall having a stepped configuration; and a subassembly at least partially disposed in the cavity and secured relative to the housing by the plurality of retention features , the subassembly including a washer , an inertia track circumferentially surrounding the washer , a compliance member circumferentially surrounding the inertia track , the compliance member being elastically deformable in the radial direction, and a rigid outer sidewall having an upper end and a lower end , the rigid outer sidewall bonded to the compliance member ; wherein at least one of the plurality of retention features and the subassembly is elastically deformable in a radial direction from an initial diameter to an elastically deformed diameter such that the subassembly is sized to axially pass by the plurality of retention features for insertion of the subassembly into the housing , wherein the lower end of the rigid outer sidewall of the subassembly is adjacent to a step of the sidewall and the plurality of retention features radially extend over the upper end of the rigid outer sidewall of the subassembly to secure the subassembly relative to the housing .
A method for processing merge and deduplication operations on contact entries of a communication terminal comprising a multi-point touch touchscreen, the method comprising: A. Opening an address book stored in the communication terminal and displaying all contact entries (A1, A2, B1, B2, B3) (S100); B. Recording selected contact entries according to a selection action on contact entries, receiving a drag action to merge contact entries, and merging the selected contact entries according to the drag action (S200); C. Removing the duplicated information in the selected contact entries during merging, and detecting conflict information in the selected contact entries (S300), characterized in that Step B specifically comprises: B11. When detecting that there are exactly two touch points on different contact entries on the touchscreen, recording all contact entries between the coordinates of said two touch points; B12. Receiving a drag action to merge contact entries, when the contact entry at one touch point is dragged to partially overlap with the contact entry at the other touch point, merging said all contact entries. A. Opening an address book stored in the communication terminal and displaying all contact entries (A1, A2, B1, B2, B3) (S100); B. Recording selected contact entries according to a selection action on contact entries, receiving a drag action to merge contact entries, and merging the selected contact entries according to the drag action (S200); C. Removing the duplicated information in the selected contact entries during merging, and detecting conflict information in the selected contact entries (S300), B11. When detecting that there are exactly two touch points on different contact entries on the touchscreen, recording all contact entries between the coordinates of said two touch points; B12. Receiving a drag action to merge contact entries, when the contact entry at one touch point is dragged to partially overlap with the contact entry at the other touch point, merging said all contact entries.
A coated filament for use in an additive manufacturing process, the coated filament comprising: a base polymer layer formed of a base polymer material having a first dielectric loss factor; and a coating polymer layer surrounding the base polymer layer and formed of a coating polymer material having a second dielectric loss factor, wherein the second dielectric loss factor of the coating polymer material is greater than the first dielectric loss factor of the base polymer material, wherein the base polymer material has a first solubility parameter, the coating polymer material has a second solubility parameter, characterized in that the second solubility parameter is within about 10 (J/cm 3 ) 0.5 of the first solubility parameter. a base polymer layer formed of a base polymer material having a first dielectric loss factor; and a coating polymer layer surrounding the base polymer layer and formed of a coating polymer material having a second dielectric loss factor, wherein the second dielectric loss factor of the coating polymer material is greater than the first dielectric loss factor of the base polymer material, wherein the base polymer material has a first solubility parameter, the coating polymer material has a second solubility parameter, characterized in that the second solubility parameter is within about 10 (J/cm 3 ) 0.5 of the first solubility parameter.
Device for coating seeds with a liquid dressing solution, having a housing , which delimits a chamber for receiving the seeds, having rotating means for mixing the seeds and dressing solution, having an air duct for feeding hot air into the chamber , and having a separating unit, which is permeable to the hot air and separates the air duct from the chamber , wherein the separating unit comprises at least one perforated metal sheet , which has an inner side , facing the chamber , an outer side , facing the air duct , and a multiplicity of projections , wherein one projection rises obliquely in the direction of the outer side and on the outer side forms an opening inlet that is inclined in relation to the plane of the sheet metal, characterized in that the housing comprises a substantially cylindrical housing part , in that the perforated metal sheet is inserted in a lateral surface of the cylindrical housing part , and in that the housing comprises a rotatable housing part , which is arranged below the cylindrical housing part .
A method for monitoring the quality of fire-fighting water of fire-fighting water located in a sprinkler system, in which a measurement of the electrical conductivity of the fire-fighting water located in the sprinkler system is carried out and a quality and/or quality change of the fire-fighting water is concluded from a measured - conductivity value, characterised in that the measurement of the electrical conductivity of the fire-fighting water is carried out at at least one sprinkler head connected to an fire-fighting water line of the sprinkler system.
Radial position sensor for measuring the radial position of a rotor within a stator , this sensor comprising measuring means (Z1:Z4; Z1:Z8) for measuring the position of the rotor along a first axis (X) radial to a rotation axis (Z-Z') of the rotor and along a second axis (Y) perpendicular to the first axis, characterized in that the measuring means include - four magnetic poles, among which two poles (Z1, Z3) are diametrically opposed along the first axis (X) and two other poles (Z2, Z4) are diametrically opposed along the second axis (Y), the magnetic poles being distributed, on the inner surface of the stator, with alternating magnetic polarities (N, S) around the entire circumference of the stator, or - eight magnetic poles (Z1:Z4; Z1:Z8) that are distributed, on the inner surface of the stator, with alternating magnetic polarities (N, S) around the entire circumference of the stator and that are arranged so that each pole deviates by an angle (A"6) of approximately 30° from the nearest axis among the first axis (X) and the second axis (Y), and in that each pole is formed by an electromagnet (Z1:Z4; Z1:Z8). - four magnetic poles, among which two poles (Z1, Z3) are diametrically opposed along the first axis (X) and two other poles (Z2, Z4) are diametrically opposed along the second axis (Y), the magnetic poles being distributed, on the inner surface of the stator, with alternating magnetic polarities (N, S) around the entire circumference of the stator, or - eight magnetic poles (Z1:Z4; Z1:Z8) that are distributed, on the inner surface of the stator, with alternating magnetic polarities (N, S) around the entire circumference of the stator and that are arranged so that each pole deviates by an angle (A"6) of approximately 30° from the nearest axis among the first axis (X) and the second axis (Y),
Device for connecting a connection profile or a fill element made of a brittle material with a sliding block of a groove profile , wherein the device comprises a connecting element and an adapter element for connection to the sliding block , wherein the connecting element is mounted on the adapter element so as to be pivotable about the adapter element , wherein the device comprises a counter element for the connecting element , wherein the counter element is arranged in an inner space of the adapter element and is connected to the connecting element , characterised in that the inner space comprises a gap-shaped opening which extends at least partially between the counter element and the connecting element along a pivoting direction in which the connecting element is pivotable with respect to the adapter element , and the counter element is connected to the connecting element by means of a fastening element through the gap-shaped opening.