mhurhangee/patent-ind-claim-en huggingface dataset:
A handle assembly for a door having a locking mechanism comprising: a handle having at least a front surface; a housing having a planar outer surface, the housing adapted to receive and store the handle ; and a handle release assembly, comprising an activation release mechanism adapted to selectively move the handle from a stored inoperable position into a released operable position, characterised in that the handle release assembly comprises a translation mechanism adapted to simultaneously move the handle rotatably about and axially along an axis normal to the planar surface of the housing during operation. a handle having at least a front surface; a housing having a planar outer surface, the housing adapted to receive and store the handle ; and a handle release assembly, comprising an activation release mechanism adapted to selectively move the handle from a stored inoperable position into a released operable position, characterised in that the handle release assembly comprises a translation mechanism adapted to simultaneously move the handle rotatably about and axially along an axis normal to the planar surface of the housing during operation.
A semiconductor device, comprising: an insulation substrate including a conductive pattern formed thereon; a terminal being an externally leading terminal soldered to the conductive pattern of the insulation substrate; a case comprising a top portion and a sidewall , the top portion having a top surface and a bottom surface, which faces the conductive pattern bearing surface of the insulating substrate, the case arranged such that a top surface of the terminal is exposed at the top surface of the top portion of the case ; the case being provided with a partition plate formed inside the case, an opening in the sidewall of the case and in the partition plate , and an opening in the top portion of the case connected with the sidewall opening in the sidewall of the case ; a nut glove comprising a top surface and a side surface, wherein a nut receiving part is formed at the top surface of the nut glove , the nut glove being configured to be inserted in the case through the opening in the sidewall of the case so as to lie under the top portion of the terminal , thereby fixing the terminal; the nut glove further comprising a first projection part formed on the side surface of the nut glove , and having tapers in a forward direction and a rearward direction of the insertion of the nut glove , respectively, wherein the rearward taper of the first projection part is configured to be in pressure contact with a sidewall surface of the partition plate of the case opposed to the first projection part . an insulation substrate including a conductive pattern formed thereon; a terminal being an externally leading terminal soldered to the conductive pattern of the insulation substrate; a case comprising a top portion and a sidewall , the top portion having a top surface and a bottom surface, which faces the conductive pattern bearing surface of the insulating substrate, the case arranged such that a top surface of the terminal is exposed at the top surface of the top portion of the case ; the case being provided with a partition plate formed inside the case, an opening in the sidewall of the case and in the partition plate , and an opening in the top portion of the case connected with the sidewall opening in the sidewall of the case ; a nut glove comprising a top surface and a side surface, wherein a nut receiving part is formed at the top surface of the nut glove , the nut glove being configured to be inserted in the case through the opening in the sidewall of the case so as to lie under the top portion of the terminal , thereby fixing the terminal; the nut glove further comprising a first projection part formed on the side surface of the nut glove , and having tapers in a forward direction and a rearward direction of the insertion of the nut glove , respectively, wherein the rearward taper of the first projection part is configured to be in pressure contact with a sidewall surface of the partition plate of the case opposed to the first projection part .
An assembly of two structural parts of a wind turbine 1 wherein the structural parts are to be connected in a flange-to-flange connection by a number of bolts and such that a flange of the first structural part and a flange of the second are centrally and rotationally aligned whereby a first borehole in the flange of the first structural part is matched and aligned with a corresponding first borehole in the flange of the second structural part , the assembly further comprising a guide member releasably attached to the flange of the first structural part , and wherein the guide member comprises a U-shaped or L-shaped structure of a first leg portion and a second leg portion connected by a central portion , the first leg portion ending in a positioning portion shaped to be inserted into a borehole , and the second leg portion comprising a stop member characterized in that, the guide member is a first rotational guide member and in that the assembly further comprising a second rotational guide member releasably attached to the flange of the second structural part , wherein the second rotational guide member comprises a U-shaped or L-shaped structure of a first leg portion and a second leg portion connected by a central portion , the first leg portion ending in a positioning portion shaped to be inserted into a borehole , and the second leg portion comprising a stop member , wherein the stop member of the first rotational guide member is configured for abutment to the second leg portion of the second rotational guide member when the flanges of the first and second structural parts are centrally and rotationally aligned, and wherein for at least one of the rotational guide members the structure comprised in the rotational guide member is U-shaped.
An adjustment device for adjusting the wear of brake pads of a disc brake, the adjustment device comprising a) a guide sleeve in which a wrap spring is arranged, b) a grooved ring having a groove which engages around the guide sleeve , the grooved ring being coupled to a disc spring via a torsion spring , c) an opening ring engaging around the grooved ring , d) an intermediate ring for overcoming the clearance between the guide sleeve and the wrap spring , and e) a threaded ring having an anti-rotation mechanism , the adjustment device being pushed axially over a rotatable actuating spindle of the disc brake and the actuating spindle having a screw thread , characterized in that the wrap spring has a first wrap spring end and a second wrap spring end , having a wrap spring portion arranged between the first wrap spring end and the second wrap spring end , and the wrap spring portion extends axially around a wrap spring axis and has at least one wrap spring winding , the wrap spring having at least one U-shaped protrusion and being arranged with the U-shaped protrusion on a bead of the intermediate ring . a) a guide sleeve in which a wrap spring is arranged, b) a grooved ring having a groove which engages around the guide sleeve , the grooved ring being coupled to a disc spring via a torsion spring , c) an opening ring engaging around the grooved ring , d) an intermediate ring for overcoming the clearance between the guide sleeve and the wrap spring , and e) a threaded ring having an anti-rotation mechanism , the adjustment device being pushed axially over a rotatable actuating spindle of the disc brake and the actuating spindle having a screw thread , characterized in that the wrap spring has a first wrap spring end and a second wrap spring end , having a wrap spring portion arranged between the first wrap spring end and the second wrap spring end , and the wrap spring portion extends axially around a wrap spring axis and has at least one wrap spring winding , the wrap spring having at least one U-shaped protrusion and being arranged with the U-shaped protrusion on a bead of the intermediate ring .
A method for counting devices related to broadcast data service in a Multicast Broadcast Single Frequency Network, MBSFN, carried out by a multicast communication entity or a base station , comprising: receiving a registration request for broadcast data service related to a device , wherein the registration request includes the location of the device; incrementing a registration count based on receiving the registration request and the location of the device to assess how many devices in a MBSFN coverage area are accessing the broadcast data service; determining whether to request counting of devices from one or more base stations based on the registration count; and transmitting counting requests to the one or more base stations based on determining to request counting of the devices. receiving a registration request for broadcast data service related to a device , wherein the registration request includes the location of the device; incrementing a registration count based on receiving the registration request and the location of the device to assess how many devices in a MBSFN coverage area are accessing the broadcast data service; determining whether to request counting of devices from one or more base stations based on the registration count; and transmitting counting requests to the one or more base stations based on determining to request counting of the devices.
A package for food products comprising: - a first container having an access opening and an inner volume and containing a first food product ; - a first closing element connected to the first container so as to close the access opening thereof; - a second container having an access opening and an inner volume and containing a second food product ; - a second closing element connected to the second container so as to close the access opening thereof, wherein said first and second containers can be configured between a preservation condition, in which they are separate and closed by the respective closing elements , and an operating condition, in which the first and the second closing elements are at least partially disconnected from the respective first and second containers , which are coupled to one another at the respective access openings so as to create a chamber having a containing volume defined by the joining of the inner volumes of the first and the second containers ; said chamber being capable of being subjected to a heating step; the package being characterised in that the first and the second containers are configured to be firmly coupled, when they are in the operating condition. - a first container having an access opening and an inner volume and containing a first food product ; - a first closing element connected to the first container so as to close the access opening thereof; - a second container having an access opening and an inner volume and containing a second food product ; - a second closing element connected to the second container so as to close the access opening thereof, wherein said first and second containers can be configured between a preservation condition, in which they are separate and closed by the respective closing elements , and an operating condition, in which the first and the second closing elements are at least partially disconnected from the respective first and second containers , which are coupled to one another at the respective access openings so as to create a chamber having a containing volume defined by the joining of the inner volumes of the first and the second containers ; said chamber being capable of being subjected to a heating step;
A micro-pump comprising: a pump body , the pump body having walls defining a pump chamber that is compartmentalized into plural compartments (130, 132, 134, ...142), with the pump chamber having a plurality of inlet ports providing fluid ingress into the pump chamber and a plurality of outlet ports providing fluid egress from the pump chamber; a plurality of membranes (116, 118, 120, ...126) disposed in the pump chamber , with the plurality of membranes anchored between opposing walls of the pump body and which membranes compartmentalize the pump chamber into the plural compartments within the pump chamber; and a plurality of electrodes , with a first pair of the plurality of electrodes disposed on a pair of opposing walls of the pump body , and remaining ones of the plurality of electrodes disposed on major surfaces of the membranes (116 - 126). a pump body , the pump body having walls defining a pump chamber that is compartmentalized into plural compartments (130, 132, 134, ...142), with the pump chamber having a plurality of inlet ports providing fluid ingress into the pump chamber and a plurality of outlet ports providing fluid egress from the pump chamber; a plurality of membranes (116, 118, 120, ...126) disposed in the pump chamber , with the plurality of membranes anchored between opposing walls of the pump body and which membranes compartmentalize the pump chamber into the plural compartments within the pump chamber; and a plurality of electrodes , with a first pair of the plurality of electrodes disposed on a pair of opposing walls of the pump body , and remaining ones of the plurality of electrodes disposed on major surfaces of the membranes (116 - 126).
A drive arrangement for driving a railway truck having wheels , the railway truck being arranged to carry a work unit , wherein the drive arrangement comprises two drivable wheels rotatably connected to a wheel unit , the wheel unit being arranged to keep the drivable wheels of the drive arrangement at a certain distance from one another, wherein the drive arrangement comprises a first pressure cylinder having a first end and a second end , the first end of the first pressure cylinder being connected to the wheel unit , and the second end of the first pressure cylinder being connectable to the work unit , wherein the first pressure cylinder is arranged to, in an active position, push the wheels of the drive arrangement into engagement with a railway track , wherein the drive arrangement comprises a first arm having a first end and a second end , the first end of the first arm being pivotally connected to the wheel unit , wherein the second end of the first arm is pivotally connectable to the work unit such that the second end of the first arm is positioned at a distance from the second end of the first pressure cylinder , wherein the drive arrangement comprises a second arm having a first end and a second end , the first end of the second arm being pivotally connected to the wheel unit , wherein the second end of the second arm is pivotally connectable to the work unit such that the second end of the second arm is positioned at a distance from the second end of the first pressure cylinder , wherein the first end of the first arm is located at a distance from the first end of the second arm , and wherein the second end of the first arm and the second end of the second arm are connectable to the work unit such that the second end of the first arm is positioned at a distance from the second end of the second arm , ; characterised in that the distance between the second ends of the first and second arms exceeds the distance between the first ends of the first and second arms .
A method for operating an energy generating system (EEA; 1) comprising a plurality of DC sub-generators (5.1 - 5.n) which are connected in parallel with one another and in each case to a shared DC load via a DC/DC converter (4.1 - 4.n), each of the DC sub-generators (5.1 - 5.n) comprising a DC source (2.1 - 2.n) which is connected, via at least one fuse (9.1 - 9.n) that is connected in series to the DC source (2.1 - 2.n), to the DC/DC converter (4.1 - 4.n) that is assigned to the respective DC sub-generator (5.1 - 5.n), comprising the steps of: - monitoring each of the DC sub-generators (5.1 - 5.n) for a short-circuit fault, - wherein, if the monitoring of the DC sub-generators (5.1 - 5.n) indicates a faulty DC sub-generator (5.1), - the DC/DC converters (4.2 - 4.n) that are not assigned to the faulty DC sub-generator (5.1) are operated at a common total current I Rest which corresponds to a default value - wherein the default value is selected such that a time integral formed from the total current I Rest exceeds an i2t value of the fuse (9.1) or of one of those fuses (9.1) that is / are connected in series between the faulty DC-source (2.1) and the DC/DC converter (4.1) that is assigned to the faulty DC source (2.1), in order to trip this fuse (9.1). - monitoring each of the DC sub-generators (5.1 - 5.n) for a short-circuit fault, - wherein, if the monitoring of the DC sub-generators (5.1 - 5.n) indicates a faulty DC sub-generator (5.1), - the DC/DC converters (4.2 - 4.n) that are not assigned to the faulty DC sub-generator (5.1) are operated at a common total current I Rest which corresponds to a default value - wherein the default value is selected such that a time integral formed from the total current I Rest exceeds an i2t value of the fuse (9.1) or of one of those fuses (9.1) that is / are connected in series between the faulty DC-source (2.1) and the DC/DC converter (4.1) that is assigned to the faulty DC source (2.1), in order to trip this fuse (9.1). - the DC/DC converters (4.2 - 4.n) that are not assigned to the faulty DC sub-generator (5.1) are operated at a common total current I Rest which corresponds to a default value - wherein the default value is selected such that a time integral formed from the total current I Rest exceeds an i2t value of the fuse (9.1) or of one of those fuses (9.1) that is / are connected in series between the faulty DC-source (2.1) and the DC/DC converter (4.1) that is assigned to the faulty DC source (2.1), in order to trip this fuse (9.1).
Vehicle door having a window part located above a box part , in which door contains in the window part a frame with two side posts, an antenna for receiving electromagnetic waves attached to one of the side posts and powered by an electric beam characterized in that case by outer panel and an inner panel form the said box , in that the door includes a cross in the box , the said cross having a receiving hole to secure equipment and two reliefs longilines forming a guide corridor between them, at least part of the receiving hole being in the alignment of the said corridor of guidance, the inner panel , which also includes an access opening to access the inside of the aisle , preferably offset from the crossover , and the harness has a connector attached to the crossover by a fastening interface cooperating with the reception hole .
An agricultural vehicle comprising a driver's cab , wherein the driver's cab has at least one cab window , wherein the at least one cab window is of such a design and configuration that a transparency of the cab window is changeable, in particular steplessly, at least in a partial region thereof, wherein a region whose transparency is changeable is in the form of a graphical element, characterised in that the graphical element is in the form of a letter and/or a pictogram and the area of the cab window surrounding the graphical element is of a transparency different from the graphical element , wherein the cab window is at least partially in the form of a transparent display screen.
Method for managing alerts relating to the detection of a local phenomenon in a wide area communications network comprising at least one first home gateway and one second home gateway said near to said first home gateway said gateways each comprising a radio communication module (WIFI,DECT) for communicating wirelessly, the local phenomenon being liable to damage the hardware and/or software resources of the first or second home gateway where the process performs the following steps: - detection (E1, E22), by the first home gateway , of damage linked to the local phenomenon; - sending (E4, E25), by said first home gateway , of an alert message (ALT1, ALT2) on the radio communication module for management of the local phenomenon by at least one second home gateway , near said first home gateway, the alert message (ALT) comprising: - a location of the first home gateway (E0) and - a counter (N) relating to the maximum number of resends of the alert message; - reception, by said second home gateway, of the alert message, and if the value of the counter (N) has not reached a threshold value (E24): - modification (E24) of the value of the counter, - re-sending (E25), by said second home gateway , of the alert message (ALT1,ALT2) on the radio communication module. - detection (E1, E22), by the first home gateway , of damage linked to the local phenomenon; - sending (E4, E25), by said first home gateway , of an alert message (ALT1, ALT2) on the radio communication module for management of the local phenomenon by at least one second home gateway , near said first home gateway, the alert message (ALT) comprising: - a location of the first home gateway (E0) and - a counter (N) relating to the maximum number of resends of the alert message; - a location of the first home gateway (E0) and - a counter (N) relating to the maximum number of resends of the alert message; - reception, by said second home gateway, of the alert message, and if the value of the counter (N) has not reached a threshold value (E24): - modification (E24) of the value of the counter, - re-sending (E25), by said second home gateway , of the alert message (ALT1,ALT2) on the radio communication module. - modification (E24) of the value of the counter, - re-sending (E25), by said second home gateway , of the alert message (ALT1,ALT2) on the radio communication module.
A patient treatment table extension for imaging and treatment of a prone patient's breast, comprising: a planar base having right and left sides, proximal and distal ends and an opening for either a right or left breast on a respective left or right side of said base and located between said proximal and distal ends; a chest support located adjacent said opening; and at least one handrail located on said side having said opening side and extending from said distal end to said proximal end, characterized in that each of said at least one handrail is mounted to said planar base by a hinge at said proximal end and is restrained by a releasable mount at said distal end, said hinge configured to allow said handrail to be raised at said distal end and rotated toward said proximal end. a planar base having right and left sides, proximal and distal ends and an opening for either a right or left breast on a respective left or right side of said base and located between said proximal and distal ends; a chest support located adjacent said opening; and at least one handrail located on said side having said opening side and extending from said distal end to said proximal end, a chest support located adjacent said opening; and at least one handrail located on said side having said opening side and extending from said distal end to said proximal end, characterized in that each of said at least one handrail is mounted to said planar base by a hinge at said proximal end and is restrained by a releasable mount at said distal end, said hinge configured to allow said handrail to be raised at said distal end and rotated toward said proximal end.