mhurhangee/patent-ind-claim-en huggingface dataset:
A field-pole magnet manufacturing apparatus for manufacturing magnet pieces that constitute a field-pole magnet arranged in a rotary electric machine by fracturing the magnet, the apparatus comprising: a pair of support units on which the magnet is placed; and a fracture unit that is arranged opposite to the pair of support units across the magnet and is configured to fracture the magnet by pressing the magnet while in contact with the magnet; characterized by a powder removal unit that is arranged between the pair of support units and is configured to remove crush powder produced by fracture of the magnet, wherein the powder removal unit is configured to suck and discharge crush powder at the time of fracture. a pair of support units on which the magnet is placed; and a fracture unit that is arranged opposite to the pair of support units across the magnet and is configured to fracture the magnet by pressing the magnet while in contact with the magnet; characterized by a powder removal unit that is arranged between the pair of support units and is configured to remove crush powder produced by fracture of the magnet, wherein the powder removal unit is configured to suck and discharge crush powder at the time of fracture.
A method for receiving multimedia content using a mobile device, the mobile device comprising a screen and a backlight for illuminating the screen of the mobile device, the method comprising: sending a first HTTP GET request for a first Dynamic Adaptive Streaming over HTTP, DASH, segment of the multimedia content from a network, the first DASH segment being processed at a first rate; receiving the first DASH segment of the multimedia content from the network; starting playback of the first DASH segment of the multimedia content; receiving a first input from a dedicated proximity sensor of the mobile device, the dedicated proximity sensor being configured to turn off the backlight of the screen; and stopping the playback of the multimedia content based on the first input from the dedicated proximity sensor. sending a first HTTP GET request for a first Dynamic Adaptive Streaming over HTTP, DASH, segment of the multimedia content from a network, the first DASH segment being processed at a first rate; receiving the first DASH segment of the multimedia content from the network; starting playback of the first DASH segment of the multimedia content; receiving a first input from a dedicated proximity sensor of the mobile device, the dedicated proximity sensor being configured to turn off the backlight of the screen; and stopping the playback of the multimedia content based on the first input from the dedicated proximity sensor.
A process for making an expanded rubber article (6; 12), wherein the expanded rubber article (6; 12) is a moulded tyre, the process comprising: a) a moulded blank formation step, in which an expandable rubber formulation (2(a); 2(b)) , comprising an elastomeric material, a curing agent and an expansion agent, is heated in a first mould cavity to partially cure the expandable rubber formulation (2(a); 2(b)) thereby forming a moulded blank , wherein the first mould cavity confines expansion of the expandable rubber formulation (2(a); 2(b)); b) a releasing step, in which the moulded blank is released from the first mould cavity, and in which the moulded blank expands to a volume larger than the volume of the first mould cavity thereby forming an expanded moulded blank ; and, c) a further curing step, in which the expanded moulded blank is heated to further cure and expand the expandable rubber formulation (2(a); 2(b)) thereby forming the expanded rubber article (6; 12); wherein the expanded moulded blank is heated in a second mould cavity in further curing step (c). a) a moulded blank formation step, in which an expandable rubber formulation (2(a); 2(b)) , comprising an elastomeric material, a curing agent and an expansion agent, is heated in a first mould cavity to partially cure the expandable rubber formulation (2(a); 2(b)) thereby forming a moulded blank , wherein the first mould cavity confines expansion of the expandable rubber formulation (2(a); 2(b)); b) a releasing step, in which the moulded blank is released from the first mould cavity, and in which the moulded blank expands to a volume larger than the volume of the first mould cavity thereby forming an expanded moulded blank ; and, c) a further curing step, in which the expanded moulded blank is heated to further cure and expand the expandable rubber formulation (2(a); 2(b)) thereby forming the expanded rubber article (6; 12);
Flip-flop screening machine having crossmembers which carry screen linings and which are arranged between screening-machine side walls transversely to the screening-material conveying direction (F) and of which at least every second crossmember is driven, it being possible for oscillations or vibrations with movements transverse to the crossmember longitudinal axis to be carried out by the driven crossmembers so as to alternately compress and stretch the screen linings, characterized in that all the driven crossmembers each have over the majority of their length or over their entire length their own separate oscillatory or vibratory drive between the screening-machine side walls .
A method for preparing a dialkyl or dialkenyl ether of a cycloaliphatic or araliphatic diol, which comprises (i) reacting the cycloaliphatic or araliphatic diol with metallic sodium in an aprotic organic solvent in the presence of a catalytic amount of at least one monoether-monoalcohol of formula (I) wherein Y is identical or different and selected from C 2 -C 4 -alkylene, n is an integer in the range from 1 to 10, and R 1 is C 1 -C 4 -alkyl, whereby the corresponding disodium dialcoholate is obtained, (ii) reacting the disodium dialcoholate obtained in step (i) with an alkylation or alkenylation reagent. (i) reacting the cycloaliphatic or araliphatic diol with metallic sodium in an aprotic organic solvent in the presence of a catalytic amount of at least one monoether-monoalcohol of formula (I) wherein Y is identical or different and selected from C 2 -C 4 -alkylene, n is an integer in the range from 1 to 10, and R 1 is C 1 -C 4 -alkyl, whereby the corresponding disodium dialcoholate is obtained, Y is identical or different and selected from C 2 -C 4 -alkylene, n is an integer in the range from 1 to 10, and R 1 is C 1 -C 4 -alkyl, whereby the corresponding disodium dialcoholate is obtained, (ii) reacting the disodium dialcoholate obtained in step (i) with an alkylation or alkenylation reagent.
Interior lighting system for a vehicle comprising two optical modules , each optical module comprising a plurality of selectively activatable light sources ; a primary optical element comprising primary members , each arranged to face one of the light sources respectively, for collecting the rays emitted by the corresponding source, the primary optical element being configured to form an elementary beam which is dependent on the rays emitted; and a secondary optical element for projecting the elementary beam into an area of the passenger compartment, characterized in that the optical modules are configured so that the two projected elementary beams are at least partially superimposed on one another in said area of the passenger compartment, and in that the optical modules are configured in such a way that the two projected elementary beams which are at least partially superimposed on one another have complementary shapes, the shape of a first elementary beam being the negative of the other elementary beam when all the light sources are activated.
Headlamp for vehicles, having at least one laser light module which has a laser light source and a phosphor element arranged downstream of the latter in the beam path, as well as an optical attachment wherein the at least one laser light module is arranged in a housing of the headlamp , which has projection optics for projecting the light distribution generated in the focal plane of the projection optics of the at least one laser light module into the roadway space, characterized in that at least one deflection prism (20; 22, 23) is integrated in the at least one attachment optics , which prism is located in the region of the laser radiation (15; 15-1, 15-2) running when the phosphor element is defective or missing, and which deflects this laser radiation occurring in the event of a fault and keeps it away from the projection optics and thus from the roadway space, wherein the attachment optics of the at least one laser light module is designed as a TIR optics and the at least one deflection prism (20; 22, 23) is formed by a recess on the front side of the TIR optics . wherein the at least one laser light module is arranged in a housing of the headlamp , which has projection optics for projecting the light distribution generated in the focal plane of the projection optics of the at least one laser light module into the roadway space, characterized in that at least one deflection prism (20; 22, 23) is integrated in the at least one attachment optics , which prism is located in the region of the laser radiation (15; 15-1, 15-2) running when the phosphor element is defective or missing, and which deflects this laser radiation occurring in the event of a fault and keeps it away from the projection optics and thus from the roadway space, wherein the attachment optics of the at least one laser light module is designed as a TIR optics and the at least one deflection prism (20; 22, 23) is formed by a recess on the front side of the TIR optics .
A flat bed trailer for transporting an item of heavy machinery having a movable arm attached to a bucket or a breaker, the flat bed trailer comprising: a floor , a plurality of wheels for travel over roads; a coupling mechanism for coupling the trailer to a towing vehicle; at least two restraining bars each having a restraining position in which the respective restraining bar is disposed substantially laterally across the trailer to restrain the item of heavy machinery when positioned on the flat bed trailer; a first bar retainer for retaining one of the restraining bars in its restraining position; and a second bar retainer for releasably retaining the other restraining bar in its restraining position, characterised in that the flat bed trailer comprises an arm restraint assembly comprising a support platform for supporting the bucket of the item of heavy machinery and a pivotable restraining member for restraining the movable arm of the item of heavy machinery, wherein the pivotable restraining member is mounted on and pivotable about the support platform . a floor , a plurality of wheels for travel over roads; a coupling mechanism for coupling the trailer to a towing vehicle; at least two restraining bars each having a restraining position in which the respective restraining bar is disposed substantially laterally across the trailer to restrain the item of heavy machinery when positioned on the flat bed trailer; a first bar retainer for retaining one of the restraining bars in its restraining position; and a second bar retainer for releasably retaining the other restraining bar in its restraining position, characterised in that the flat bed trailer comprises an arm restraint assembly comprising a support platform for supporting the bucket of the item of heavy machinery and a pivotable restraining member for restraining the movable arm of the item of heavy machinery, wherein the pivotable restraining member is mounted on and pivotable about the support platform .
Vehicle with a hose-winding device for loading and unloading at least one hose pipe in or from a vehicle-side container , wherein the vehicle has a lifting unit on which the hose-winding device is arranged, characterised in that the vehicle is designed to be self-propelling and remotely controllable and has a driving gear with a chain driving gear and is designed to be manoeuvrable for non-consolidated and rough terrain.
A method comprising: communicating data between a host computer and a peripheral device , wherein the peripheral device is docked to the host computer and the communicating comprises using a wired mode of communication; detecting undocking of the peripheral device from the host computer ; and in response to the detection of the undocking, automatically transitioning from using the wired mode of communication to using a wireless mode of communication to communicate data between the host computer and the peripheral device , wherein using the wireless mode of communication comprises using a paired wireless connection between the host computer and the peripheral device ; detecting the docking of the peripheral device to the host computer ; and in response to the detection of the docking, automatically transitioning from using the wireless mode of communication to using the wired mode of communication; and in response to the detection of the docking, bypassing the paired wireless connection between the host computer and the peripheral device . communicating data between a host computer and a peripheral device , wherein the peripheral device is docked to the host computer and the communicating comprises using a wired mode of communication; detecting undocking of the peripheral device from the host computer ; and in response to the detection of the undocking, automatically transitioning from using the wired mode of communication to using a wireless mode of communication to communicate data between the host computer and the peripheral device , wherein using the wireless mode of communication comprises using a paired wireless connection between the host computer and the peripheral device ; detecting the docking of the peripheral device to the host computer ; and in response to the detection of the docking, automatically transitioning from using the wireless mode of communication to using the wired mode of communication; and in response to the detection of the docking, bypassing the paired wireless connection between the host computer and the peripheral device .
A method for identifying Foundation Fieldbus linking devices , the method comprising: identifying a Foundation Fieldbus linking device by a gateway device comprising one or more computers,; receiving, by the gateway device from a controller connected between the gateway device and the linking device , whereas the controller manages the linking device , an operational status for the identified Foundation Fieldbus linking device ; wherein an operational status for the Foundation Fieldbus linking device comprises whether the Foundation Fieldbus linking device has an offline status; determining , by the gateway device , a virtual address representative of the identified Foundation Fieldbus linking device by mapping a physical address of the linking device (115 in routing table ; in the event that the linking device is offline the gateway device generates an annunciation message for the linking device ; transmitting , by the gateway device to an external system , a message associated with the operational status of the identified Foundation Fieldbus linking device , wherein the virtual address is utilized to represent the Foundation Fieldbus linking device , and the transmitted message comprises said annunciation message for the linking device . identifying a Foundation Fieldbus linking device by a gateway device comprising one or more computers,; receiving, by the gateway device from a controller connected between the gateway device and the linking device , whereas the controller manages the linking device , an operational status for the identified Foundation Fieldbus linking device ; wherein an operational status for the Foundation Fieldbus linking device comprises whether the Foundation Fieldbus linking device has an offline status; determining , by the gateway device , a virtual address representative of the identified Foundation Fieldbus linking device by mapping a physical address of the linking device (115 in routing table ; in the event that the linking device is offline the gateway device generates an annunciation message for the linking device ; transmitting , by the gateway device to an external system , a message associated with the operational status of the identified Foundation Fieldbus linking device , wherein the virtual address is utilized to represent the Foundation Fieldbus linking device , and the transmitted message comprises said annunciation message for the linking device .
A flow path structure (G1) which forms a flow path of liquid, comprising: a light absorbing member having absorbing properties with respect to laser light; a light transmitting member which is joined to the light absorbing member and has transmitting properties with respect to the laser light; a first flow path (PI1) which is surrounded by a welding surface (W), in plan view from a direction orthogonal to the welding surface, on which the light absorbing member and the light transmitting member are welded together; and a second flow path (H2) which is formed in a first flow path pipe (DI1) which protrudes from a front surface of the light transmitting member on the opposite side of the light transmitting member to the welding surface, and communicates with the first flow path, characterized in that the first flow path pipe is included within an area of the first flow path in plan view from the direction orthogonal to the welding surface such that the welding surface does not overlap the first flow path pipe in plan view from the direction orthogonal to the welding surface. a light absorbing member having absorbing properties with respect to laser light; a light transmitting member which is joined to the light absorbing member and has transmitting properties with respect to the laser light; a first flow path (PI1) which is surrounded by a welding surface (W), in plan view from a direction orthogonal to the welding surface, on which the light absorbing member and the light transmitting member are welded together; and a second flow path (H2) which is formed in a first flow path pipe (DI1) which protrudes from a front surface of the light transmitting member on the opposite side of the light transmitting member to the welding surface, and communicates with the first flow path, characterized in that the first flow path pipe is included within an area of the first flow path in plan view from the direction orthogonal to the welding surface such that the welding surface does not overlap the first flow path pipe in plan view from the direction orthogonal to the welding surface.
Method for feeding an elongate workpiece to a forming machine which has a drawing-in device , which can be operated at a specifiable drawing-in speed, for conveying the workpiece to a die region of the forming machine, comprising the following steps: providing a first feed unit (310-1) and a second feed unit (310-2), wherein each of the feed units has a receiving device (330-1, 330-2) for receiving a workpiece stock in the form of a coil, and a straightening unit (380-1, 380-2) which is downstream of the receiving device and is intended for straightening the workpiece before it enters the forming machine ; wherein the first feed unit (310-1) and the second feed unit (310-2) are arranged on a common platform which is movable between a first working position and a second working position, wherein, in the first working position of the platform , the first feed unit (310-1) is arranged in a working position suitable for transferring workpiece portions to the forming machine, and the second feed unit (310-2) is arranged in a setting-up position, and, in the second working position of the platform, the second feed unit is arranged in the working position and the first feed unit in a setting-up position; characterized in that the straightening unit (380-1, 380-2) of that feed unit which is in the setting-up position is positioned in an adjustment station and is adjusted in an adjustment operation, the adjustment operation comprising a straightness check. providing a first feed unit (310-1) and a second feed unit (310-2), wherein each of the feed units has a receiving device (330-1, 330-2) for receiving a workpiece stock in the form of a coil, and a straightening unit (380-1, 380-2) which is downstream of the receiving device and is intended for straightening the workpiece before it enters the forming machine ; wherein the first feed unit (310-1) and the second feed unit (310-2) are arranged on a common platform which is movable between a first working position and a second working position, wherein, in the first working position of the platform , the first feed unit (310-1) is arranged in a working position suitable for transferring workpiece portions to the forming machine, and the second feed unit (310-2) is arranged in a setting-up position, and, in the second working position of the platform, the second feed unit is arranged in the working position and the first feed unit in a setting-up position; characterized in that the straightening unit (380-1, 380-2) of that feed unit which is in the setting-up position is positioned in an adjustment station and is adjusted in an adjustment operation, the adjustment operation comprising a straightness check.
A test socket housing having through-holes vertically extending through the housing, wherein the housing comprises: a) 40 wt% - 80 wt% polyimide polymer; and b) 20 wt% - 60 wt% rutile titanium dioxide or acicular titanium dioxide. a) 40 wt% - 80 wt% polyimide polymer; and b) 20 wt% - 60 wt% rutile titanium dioxide or acicular titanium dioxide.