mhurhangee/ep-ind-claims huggingface dataset:
Vehicle with at least two axles each with at least one wheel for lifting, transporting and lowering load carriers, wherein a first axle is mounted in a chassis, wherein lifting elements are provided for lifting and lowering the load carriers, wherein the distance of the second axle (4, 5) from the first axle can be varied in the horizontal longitudinal direction of the vehicle and wherein the lifting elements are raised or lowered by varying the distance of the second axle (4, 5) from the first axle, and wherein the at least one wheel of the first axle can be driven by a drive motor which is arranged on the chassis, characterised in that at least one lifting element is displaced horizontally inwards or outwards in the transverse direction of the vehicle by the change in the distance of the second axle (4, 5) from the first axle.
An information processing apparatus (702, 703) adapted to run an operating system, wherein the information processing apparatus is configured to allocate a plurality of peripheral apparatuses (705, 707) to a single queue for managing each of the plurality of peripheral apparatuses, the information processing apparatus comprising: a status management unit (009, 010, 011) configured to perform communication with the plurality of peripheral apparatuses, obtain the status of each peripheral apparatus on the basis of its respective port, wherein each individual port of a plurality of ports is connected to the single queue, and store the statuses in a storage area prepared for each individual port in a status storage unit; and a status query unit (002, 003) configured to query the status management unit via a spooler of the operating system for the status of one of the plurality of peripheral apparatuses, by issuing a status query message containing a port identifier of a port to which the one peripheral apparatus is connected, wherein the status management unit (009, 010, 011) is further configured to recognize the port identifier that is contained within the status query message that is issued by the status query unit, and identify the port to which the one peripheral apparatus is connected, and wherein the status management unit (009, 010, 011) is further configured to read out the status of the one of the plurality of peripheral apparatuses, which is connected to the port that corresponds to the recognized port identifier, from the status storage unit, and reply the read status to the status query unit (002, 003). a status management unit (009, 010, 011) configured to perform communication with the plurality of peripheral apparatuses, obtain the status of each peripheral apparatus on the basis of its respective port, wherein each individual port of a plurality of ports is connected to the single queue, and store the statuses in a storage area prepared for each individual port in a status storage unit; and a status query unit (002, 003) configured to query the status management unit via a spooler of the operating system for the status of one of the plurality of peripheral apparatuses, by issuing a status query message containing a port identifier of a port to which the one peripheral apparatus is connected, wherein the status management unit (009, 010, 011) is further configured to recognize the port identifier that is contained within the status query message that is issued by the status query unit, and identify the port to which the one peripheral apparatus is connected, and wherein the status management unit (009, 010, 011) is further configured to read out the status of the one of the plurality of peripheral apparatuses, which is connected to the port that corresponds to the recognized port identifier, from the status storage unit, and reply the read status to the status query unit (002, 003).
A data communication method of a vehicle-to-everything, V2X, communication device, the data communication method comprising: obtaining misbehavior detection, MBD, status information for a misbehavior detection from an external V2X communication device, wherein the MBD status information represents whether a misbehavior of the external V2X communication device is detected; generating certificate revocation list, CRL, information based on the MBD status information; and broadcasting the CRL information based on the V2X communication device operating in a second mode for broadcasting the CRL information; wherein the V2X communication device has a preset security level required for the V2X communication device to be operated as a misbehavior broker, MBB, generating the CRL information, and wherein the V2X communication device periodically broadcasts a cooperative awareness message, CAM, message including a misbehavior broker announcement, MBBA, container. obtaining misbehavior detection, MBD, status information for a misbehavior detection from an external V2X communication device, wherein the MBD status information represents whether a misbehavior of the external V2X communication device is detected; generating certificate revocation list, CRL, information based on the MBD status information; and broadcasting the CRL information based on the V2X communication device operating in a second mode for broadcasting the CRL information; wherein the V2X communication device has a preset security level required for the V2X communication device to be operated as a misbehavior broker, MBB, generating the CRL information, and wherein the V2X communication device periodically broadcasts a cooperative awareness message, CAM, message including a misbehavior broker announcement, MBBA, container.
A head-worn computer, comprising a display; a removable and replaceable adjustable nose bridge assembly, wherein the adjustable nose bridge assembly has at least three user adjustable features to mechanically position the adjustable nose bridge assembly to the user's nose, wherein a first adjustment of the at least three user adjustable features is adapted to move the adjustable nose bridge assembly up and down relative to the display of the head-worn computer, wherein a second adjustment of the at least three user adjustable features is adapted to rotate a nose pad of the adjustable nose bridge assembly about an axis substantially perpendicular to a top frame of the head-worn computer, wherein a third adjustment of the at least three user adjustable features is adapted to flare the nose pad to a side of the axis, and characterized in that the nose pad is attached to a clip style mechanism that is configured to be removably mated with a vertical nose bridge adjustment system providing the first user adjustment of the at least three user adjustable features, the removable mating occurring without affecting the first adjustment. a display; a removable and replaceable adjustable nose bridge assembly, wherein the adjustable nose bridge assembly has at least three user adjustable features to mechanically position the adjustable nose bridge assembly to the user's nose, wherein a first adjustment of the at least three user adjustable features is adapted to move the adjustable nose bridge assembly up and down relative to the display of the head-worn computer, wherein a second adjustment of the at least three user adjustable features is adapted to rotate a nose pad of the adjustable nose bridge assembly about an axis substantially perpendicular to a top frame of the head-worn computer, wherein a third adjustment of the at least three user adjustable features is adapted to flare the nose pad to a side of the axis, and characterized in that the nose pad is attached to a clip style mechanism that is configured to be removably mated with a vertical nose bridge adjustment system providing the first user adjustment of the at least three user adjustable features, the removable mating occurring without affecting the first adjustment.
Method for producing a coated inner surface of a coated bore of an internal combustion engine, said method comprising at least the steps of: - producing a main body present in the blank; - drilling out the bore and pre-machining the latter; - applying an enamel coating to the inner surface of the bore, - subsequently heat-treating the coated bore, wherein the enamel coating is annealed together with the main body made of GCI substrate material in a continuous furnace at a temperature of between 750°C and 900°C, preferably at T = 840°C, for 5 to 30 minutes, or the enamel coating is annealed together with a main body made of an aluminium alloy at a temperature of between 480°C and 560°C, preferably at T = 540°C, in a continuous furnace for 5 to 30 minutes, such that the enamel coating can bond in each case to the base material of the bore metallurgically by phase formation; and - finishing the enamel coating in such a manner that pores present in the enamel coating are cut or exposed. - producing a main body present in the blank; - drilling out the bore and pre-machining the latter; - applying an enamel coating to the inner surface of the bore, - subsequently heat-treating the coated bore, wherein the enamel coating is annealed together with the main body made of GCI substrate material in a continuous furnace at a temperature of between 750°C and 900°C, preferably at T = 840°C, for 5 to 30 minutes, or the enamel coating is annealed together with a main body made of an aluminium alloy at a temperature of between 480°C and 560°C, preferably at T = 540°C, in a continuous furnace for 5 to 30 minutes, such that the enamel coating can bond in each case to the base material of the bore metallurgically by phase formation; and - finishing the enamel coating in such a manner that pores present in the enamel coating are cut or exposed.
An authorization management apparatus for an elevator service request, comprising: a receiving unit configured to receive authorization request information from one or more personal mobile terminals; characterized in that: the authorization management apparatus further comprises a selecting unit configured to select an authorization mode from at least two of the following three authorization modes: (a) fully auto-allowed authorization or fully auto-forbidden authorization, (b) auto-allowed authorization or auto-forbidden authorization in batches, and (c) allowed authorization or forbidden authorization fully based on manual input; and an authorization management unit configured to determine, at least based on the selected authorization mode, whether the authorization request information from the personal mobile terminal is allowed to be authorized; wherein the selecting unit is further configured to acquire a list of first terminal identifiers of personal mobile terminals for allowing authorization automatically in batches and/or a list of second terminal identifiers of personal mobile terminals for forbidding authorization automatically in batches when the authorization mode (b) is selected. the authorization management apparatus further comprises a selecting unit configured to select an authorization mode from at least two of the following three authorization modes: (a) fully auto-allowed authorization or fully auto-forbidden authorization, (b) auto-allowed authorization or auto-forbidden authorization in batches, and (c) allowed authorization or forbidden authorization fully based on manual input; and (a) fully auto-allowed authorization or fully auto-forbidden authorization, (b) auto-allowed authorization or auto-forbidden authorization in batches, and (c) allowed authorization or forbidden authorization fully based on manual input; and an authorization management unit configured to determine, at least based on the selected authorization mode, whether the authorization request information from the personal mobile terminal is allowed to be authorized; wherein the selecting unit is further configured to acquire a list of first terminal identifiers of personal mobile terminals for allowing authorization automatically in batches and/or a list of second terminal identifiers of personal mobile terminals for forbidding authorization automatically in batches when the authorization mode (b) is selected.
A fuel element for use in a fuel assembly of a nuclear reactor, the fuel element comprising: a kernel comprising fissionable material; and a cladding enclosing the kernel, wherein the fuel element has a multi-lobed profile that forms spiral ribs, wherein the spiral ribs comprise fissionable material, wherein the spiral ribs have a pitch of axial twist of between 5 % and 20% of a length of the fuel element. a kernel comprising fissionable material; and a cladding enclosing the kernel, wherein the fuel element has a multi-lobed profile that forms spiral ribs, wherein the spiral ribs comprise fissionable material, wherein the spiral ribs have a pitch of axial twist of between 5 % and 20% of a length of the fuel element.
A method for generating a cutting layout for a glass sheet, comprising: detecting the presence of defects in sheets of glass by inspecting a glass ribbon before it is cut into said sheets of glass; identifying, using an identifier device, each of the plurality of sheets of glass with an identifier; determining a severity criterion for each of said defects; generating, using a mapping device, a map of glass attributes for each of the plurality of sheets of glass, the attributes of a glass sheet comprising the position of the defects present in said glass sheet and the severity criterion of said defects; associating, using a computer system, the map of attributes of each of the plurality of sheets of glass with the identifier of a corresponding each of the plurality of sheets of glass; storing the map of glass attributes of each of the sheets of glass in a database; and providing a customer with a level of access to information in the database so as to allow the customer to retrieve at least part of the map of attributes of the sheets of glass acquired by the customer, and generating, using a computer system, an optimized cutting layout for a glass sheet based on said at least part of the map of attributes. detecting the presence of defects in sheets of glass by inspecting a glass ribbon before it is cut into said sheets of glass; identifying, using an identifier device, each of the plurality of sheets of glass with an identifier; determining a severity criterion for each of said defects; generating, using a mapping device, a map of glass attributes for each of the plurality of sheets of glass, the attributes of a glass sheet comprising the position of the defects present in said glass sheet and the severity criterion of said defects; associating, using a computer system, the map of attributes of each of the plurality of sheets of glass with the identifier of a corresponding each of the plurality of sheets of glass; storing the map of glass attributes of each of the sheets of glass in a database; and providing a customer with a level of access to information in the database so as to allow the customer to retrieve at least part of the map of attributes of the sheets of glass acquired by the customer, and generating, using a computer system, an optimized cutting layout for a glass sheet based on said at least part of the map of attributes.
A holster configured to apply ultraviolet light to disinfect dispensing components of a bar gun, the holster comprising: a nozzle receiving portion for accommodating a nozzle of the bar gun when the bar gun is stowed; a drip collection member; an ultraviolet light source extending transversally between the drip collection member and the nozzle receiving portion, a top cover; an internal wall, extending from the nozzle receiving portion to the top cover, separating the ultraviolet light source from the nozzle receiving portion; wherein said internal wall is characterized by an aperture, through which the ultraviolet light source emits germicidal ultraviolet light onto the nozzle receiving portion, and an outer wall, which extends around the nozzle receiving portion and the drip collection member, wherein the outer wall encases the nozzle receiving portion, the drip collection member, the ultraviolet light source and the internal wall, thereby preventing emission of the ultraviolet light from the holster. a nozzle receiving portion for accommodating a nozzle of the bar gun when the bar gun is stowed; a drip collection member; an ultraviolet light source extending transversally between the drip collection member and the nozzle receiving portion, a top cover; an internal wall, extending from the nozzle receiving portion to the top cover, separating the ultraviolet light source from the nozzle receiving portion; wherein said internal wall is characterized by an aperture, through which the ultraviolet light source emits germicidal ultraviolet light onto the nozzle receiving portion, and an outer wall, which extends around the nozzle receiving portion and the drip collection member, wherein the outer wall encases the nozzle receiving portion, the drip collection member, the ultraviolet light source and the internal wall, thereby preventing emission of the ultraviolet light from the holster.
A first connector comprising: a first plurality of electrical contacts, the first plurality of electrical contacts to mate with a second plurality of electrical contacts of a second connector when the first connector couples to the second connector, wherein when the first connector couples to the second connector, the first and second pluralities of electrical contacts define a corresponding plurality of electrical paths, wherein the plurality of electrical paths comprises an electrical power path and a signal path; a plurality of magnets (380, 381, 382, 383) in the first connector, characterised in that the first connector further comprises: a back plate made of ferromagnetic material connected between back ends of the plurality of magnets (380, 381, 382, 383) and defining openings for passage of leads from the first plurality of electrical contacts (376; 320) of the first connector. a first plurality of electrical contacts, the first plurality of electrical contacts to mate with a second plurality of electrical contacts of a second connector when the first connector couples to the second connector, wherein when the first connector couples to the second connector, the first and second pluralities of electrical contacts define a corresponding plurality of electrical paths, wherein the plurality of electrical paths comprises an electrical power path and a signal path; a plurality of magnets (380, 381, 382, 383) in the first connector, characterised in that the first connector further comprises: a back plate made of ferromagnetic material connected between back ends of the plurality of magnets (380, 381, 382, 383) and defining openings for passage of leads from the first plurality of electrical contacts (376; 320) of the first connector.
A pneumatic hammer device (100, 200) comprising connecting means (156, 256) arranged for connection to a compressed air conduit (102, 202) of an external compressed air source, and a striking mechanism (105, 205), which striking mechanism (105, 205) comprises a striking mechanism housing and a striking piston arranged for reciprocating motion in said striking mechanism housing, the striking piston having a front piston portion and a rear piston portion, wherein the front piston portion affects an insert tool (124, 224) arranged at the hammer device, wherein the striking piston and the striking mechanism housing together form a front space and a rear space, wherein the front space is limited rearwards by the front piston portion and the rear space is limited forwards by the rear piston portion, wherein said compressed air conduit (102, 202) is arranged in air flow communication with the rear space via a first passage in the striking mechanism housing, and wherein said compressed air conduit (102, 202) is arranged in air flow communication with the front space via a second passage in the striking mechanism housing, at which second passage a first valve means is arranged, wherein the striking piston is configured such that an intermediate space is formed between the front piston portion and the rear piston portion and the striking mechanism housing, characterised in that control means are arranged to alternately be subjected to an air pressure at said rear space respectively said intermediate space during the reciprocating motion of the striking piston, and wherein said control means are arranged to control said first valve means on the basis of said air pressure to alternately supply compressed air to the front space and achieving a return movement of the striking piston.
Real time system for the two-directional memorisation and transmission of the controls and data for a processor in the I/O process, with external serial peripherals such as graphic tablets and/or digitisers for the handwritten signature, characterised in that it uses an external medium for the memorisation of static data so as to constitute a transmission buffer capable of operating with the serial peripheral unit and seen as a "USB drive" removable virtual disc, on such external medium there being configured only one file constituted as a linear sequential succession of data in the constant dimension sectors, which can be shared between the serial peripheral unit and the processor, which can both read it and write it, in parallel, thus defining an asynchronous I/O transmission with data block contents of the order a Kbyte and a memorisation area actually as large as desired, however definitely larger than a data packet, used as a temporary buffer for data awaiting to be transmitted, such file comprising: a- a first sector with the following functional operating codes with a FIFO organisation of the I/O accesses: i. control from a computer to a serial peripheral unit, ii. response to the control from a serial peripheral unit to a computer, iii. pointer to the sector being read by the computer, iv. pointer to the point being read by the computer, v. pointer to the sector being written by the serial peripheral unit, vi. pointer to the point being written by the serial peripheral unit, and b- a series of sectors (B, C, D...N) subsequent to the first configured to have constant dimensions for the immediate access to the data contained therein. a- a first sector with the following functional operating codes with a FIFO organisation of the I/O accesses: i. control from a computer to a serial peripheral unit, ii. response to the control from a serial peripheral unit to a computer, iii. pointer to the sector being read by the computer, iv. pointer to the point being read by the computer, v. pointer to the sector being written by the serial peripheral unit, vi. pointer to the point being written by the serial peripheral unit, and i. control from a computer to a serial peripheral unit, ii. response to the control from a serial peripheral unit to a computer, iii. pointer to the sector being read by the computer, iv. pointer to the point being read by the computer, v. pointer to the sector being written by the serial peripheral unit, vi. pointer to the point being written by the serial peripheral unit, and b- a series of sectors (B, C, D...N) subsequent to the first configured to have constant dimensions for the immediate access to the data contained therein.
Capsule consisting of a preferably rotationally symmetrical capsule body having a side wall and having a base which is realized in particular integrally with said side wall, as well as having a lid which covers the capsule body for forming a closed chamber which contains a substance for the preparation of a foodstuff, wherein the capsule body comprises at least one slot for the passage of a liquid through the capsule, said slot being formed substantially without material removal, and wherein the slot is formed in the capsule body prior to the intended use of the capsule in an apparatus for producing a foodstuff, characterized in that the slot is closed with a substantially hermetic layer, in particular on the side of the capsule body which is remote from and/or facing the chamber.