mhurhangee/ep-ind-claims huggingface dataset:
A dental implant, comprising a dental implant fixture and an abutment, the dental implant fixture having formed therein at the oral cavity-side end thereof a fitting hole (1 a) in which the abutment is to be fitted not to be rotatable and thereon at the side of the fitting hole opposite to the oral cavity an internal thread (1 b) with which external threads formed on a cover screw and healing abutment are to be put into engagement, the abutment having a fitting portion formed at one end thereof and which is to be fitted, not to be rotatable, in the fitting hole (1 a) in the dental implant fixture, a truncated-conical gum piercing portion formed at the other end thereof to have a cross section which is larger in area as it goes away from the fitting portion, and a columnar portion which is not circular in cross section and to which a dental prosthesis fixing device is to be attached, the fitting portion having formed therein an internal thread smaller in inside diameter than said internal thread in the dental implant fixture.
A method for using a service processor (18, 20, 22) of a data center device (12, 14, 16) to communicate with a remote component, comprising: using the service processor of the data center device to assume a role as a client, initiate discovery of the remote component, and discover the remote component, the remote component being connected to the data center device by a network; once the remote component is discovered, then using the service processor to establish a communications channel, using the network, with the remote component; using the service processor of the data center device to authenticate the remote component by using a second identification certificate supplied by the remote component to the data center device; and subsequently using the service processor to supply a first identification certificate (18c, 20c, 22c) to the remote component and enabling the remote component to authenticate the first identification certificate, wherein the remote component contains user account information and the service processor does not contain user account information. using the service processor of the data center device to assume a role as a client, initiate discovery of the remote component, and discover the remote component, the remote component being connected to the data center device by a network; once the remote component is discovered, then using the service processor to establish a communications channel, using the network, with the remote component; using the service processor of the data center device to authenticate the remote component by using a second identification certificate supplied by the remote component to the data center device; and subsequently using the service processor to supply a first identification certificate (18c, 20c, 22c) to the remote component and enabling the remote component to authenticate the first identification certificate, wherein the remote component contains user account information and the service processor does not contain user account information.
Method for processing glass tube ends, wherein the method comprises the following steps: i. providing a glass tube blank, wherein the glass tube blank comprises at least two tube end portions (11a, 11b), ii. processing at least one of the tube end portions (11a, 11b), characterized in that, after providing the glass tube blank and before processing the at least one tube end portion (11a, 11b), the at least one tube end portion (11a, 11b) is actively cooled by means of a cooling station (16a, 16b). i. providing a glass tube blank, wherein the glass tube blank comprises at least two tube end portions (11a, 11b), ii. processing at least one of the tube end portions (11a, 11b),
A method performed by an access node (110, 110A, 110B) of providing at least one application service to a user equipment via an application service platform at the access node of a cellular network and a further application service platform at a further access node of the cellular network, characterized by the method comprising: determining a parameter indicative of a delay associated with transfer of context data from the application service platform to the further application service platform in one or more handover messages (313, 415, 416, 417) controlling a handover of the user equipment from the access node to the further access node, the context data being associated with at least one user session of the at least one application service provided to the user equipment; and depending on the determined parameter, controlling migration of the at least one user session from the application service platform to the further application service platform by in response to the parameter indicating that the delay is below a first threshold, initiating transfer of context data of the user equipment in said one or more handover messages (313; 415, 416, 417) and by in response to the parameter indicating that the delay is above a second threshold, initiating transfer of the context data of the user equipment in one or more other messages than said one or more handover messages (313; 415, 416, 417). determining a parameter indicative of a delay associated with transfer of context data from the application service platform to the further application service platform in one or more handover messages (313, 415, 416, 417) controlling a handover of the user equipment from the access node to the further access node, the context data being associated with at least one user session of the at least one application service provided to the user equipment; and depending on the determined parameter, controlling migration of the at least one user session from the application service platform to the further application service platform by in response to the parameter indicating that the delay is below a first threshold, initiating transfer of context data of the user equipment in said one or more handover messages (313; 415, 416, 417) and by in response to the parameter indicating that the delay is above a second threshold, initiating transfer of the context data of the user equipment in one or more other messages than said one or more handover messages (313; 415, 416, 417).
A potable water liquid level sensing system comprising: a vessel for storing potable water, including a dielectric vessel wall separating a vessel interior from a vessel exterior; and an electrode mounted to an exterior side of the vessel wall spanning a distance corresponding to a desired-level-determining range, wherein the electrode is configured to collect a charge corresponding to a liquid level, characterized in that the electrode is a single plate electrode, and in that the vessel wall is the dielectric gap between the electrode and the vessel interior. a vessel for storing potable water, including a dielectric vessel wall separating a vessel interior from a vessel exterior; and an electrode mounted to an exterior side of the vessel wall spanning a distance corresponding to a desired-level-determining range, wherein the electrode is configured to collect a charge corresponding to a liquid level, characterized in that the electrode is a single plate electrode, and in that the vessel wall is the dielectric gap between the electrode and the vessel interior.
A communication device, comprising: a processing unit configured to generate a second frame used for releasing a stop of transmission of a frame caused by a first frame, the first frame being used for stopping transmission of frames of communication devices other than a destination stored in the first frame, and serving as a response to a communication request; and a wireless communication unit configured to transmit the second frame, characterized in that the second frame includes first destination information specifying the destination stored in the first frame. a processing unit configured to generate a second frame used for releasing a stop of transmission of a frame caused by a first frame, the first frame being used for stopping transmission of frames of communication devices other than a destination stored in the first frame, and serving as a response to a communication request; and a wireless communication unit configured to transmit the second frame, characterized in that the second frame includes first destination information specifying the destination stored in the first frame.
A microprocessor or microcontroller comprising at least one memory for storing instructions, at least one instruction loading unit configured to retrieve instructions from the memory and to transmit said instructions to an instruction execution unit, at least one of which is included, each instruction including at least a command and a time specification, and the instruction execution unit being configured to execute the command, and a time management unit, characterized in that the time management unit is configured to prescribe a system clock consisting of a sequence of system cycles (71a, 71b) and to signal at least the start of each system cycle (71a, 71b) to the instruction execution unit, each system cycle (71a, 71b) comprising a plurality of cycles (70a, 70b) of the processor clock of the microprocessor or microcontroller, the time specification in the respective instruction indicating for which system cycle (71a, 71b) the execution of the command is scheduled, and the instruction execution unit being configured to, in response to the signaling of the start of a system cycle (71a, 71b), execute within this system cycle (71a, 71b) all commands whose execution has been scheduled for this system cycle (71a, 71b).
A device comprising: a first portion including a first polymer; a second portion that is relatively flexible in comparison to the first portion including a second polymer, a chamber, and a third portion, characterized in that the chamber is hermetically sealable with respect to ambient atmosphere and defined by at least one of (i) an interior of the second portion, and (ii) a space formed between the first and second portions, the second polymer is substantially not bondable to the first polymer; and the third portion includes a third polymer that is bondable to the first and second polymers and that fixedly secures the first and second portions to each other. a first portion including a first polymer; a second portion that is relatively flexible in comparison to the first portion including a second polymer, a chamber, and a third portion, characterized in that the chamber is hermetically sealable with respect to ambient atmosphere and defined by at least one of (i) an interior of the second portion, and (ii) a space formed between the first and second portions, the second polymer is substantially not bondable to the first polymer; and the third portion includes a third polymer that is bondable to the first and second polymers and that fixedly secures the first and second portions to each other.
Cooking appliance, having - a cooking compartment with a loading opening and at least one reflecting cooking compartment wall, - a cooking compartment door for closing off the loading opening, which has a viewing window, characterised by - a camera, which is directed into the cooking compartment and is coupled to an image processing facility, and in the field of view of which at least one region of the reflective cooking compartment wall lies, wherein - the image processing facility is configured to anonymise at least one image region in an image (Br) recorded by the camera, which image region comprises at least one permanently predefined image region, wherein the permanently predefined image region corresponds to a region of the at least one reflective cooking compartment wall. - a cooking compartment with a loading opening and at least one reflecting cooking compartment wall, - a cooking compartment door for closing off the loading opening, which has a viewing window, characterised by - a camera, which is directed into the cooking compartment and is coupled to an image processing facility, and in the field of view of which at least one region of the reflective cooking compartment wall lies, - the image processing facility is configured to anonymise at least one image region in an image (Br) recorded by the camera, which image region comprises at least one permanently predefined image region, wherein the permanently predefined image region corresponds to a region of the at least one reflective cooking compartment wall.
Air-conditioning unit in which at least a first air flow and a second air flow which are intended to be processed flow through an evaporator and are delimited by a longitudinal partition wall, a portion of which extends upstream of the evaporator as far as an end located near the evaporator, characterized in that a temperature sensor (9, 9a, 9b) is arranged: - longitudinally opposite the end of the portion of the longitudinal partition wall located upstream of the evaporator, and - between the first air flow (F1a) and second air flow (F2a) passing through the evaporator. - longitudinally opposite the end of the portion of the longitudinal partition wall located upstream of the evaporator, and - between the first air flow (F1a) and second air flow (F2a) passing through the evaporator.
An enhancement mode switching device, comprising: a substrate; a nitride transistor structure arranged on the substrate; a dielectric layer formed on the nitride transistor structure, wherein a gate region and two ohmic contact regions located at a respective side of the gate region are defined on the dielectric layer, and each of the two ohmic contact regions is through the dielectric layer; a groove formed in the gate region and partially through the dielectric layer; p-type semiconductor material formed in the groove; and a source electrode and a drain electrode located at the two ohmic contact regions, wherein the dielectric layer comprises a silicon nitride layer, and/or a silicon dioxide layer, and/or an aluminum silicon nitride layer, and/or an aluminum oxide layer, and/or an aluminum oxynitride layer, and/or hafnium oxide, and/or silicon oxynitride, and/or hafnium aluminum oxide; and wherein in the gate region, the nitride transistor structure is not exposed to the p-type semiconductor material. a substrate; a nitride transistor structure arranged on the substrate; a dielectric layer formed on the nitride transistor structure, wherein a gate region and two ohmic contact regions located at a respective side of the gate region are defined on the dielectric layer, and each of the two ohmic contact regions is through the dielectric layer; a groove formed in the gate region and partially through the dielectric layer; p-type semiconductor material formed in the groove; and a source electrode and a drain electrode located at the two ohmic contact regions, wherein the dielectric layer comprises a silicon nitride layer, and/or a silicon dioxide layer, and/or an aluminum silicon nitride layer, and/or an aluminum oxide layer, and/or an aluminum oxynitride layer, and/or hafnium oxide, and/or silicon oxynitride, and/or hafnium aluminum oxide; and wherein in the gate region, the nitride transistor structure is not exposed to the p-type semiconductor material.
Method for managing the charging of a lithium-ion battery, comprising the steps of: a) receiving a measured value of the battery temperature; b) comparing the measured value received in the step a) with a predetermined threshold temperature value; c) generating (104, 104') a charging control signal for said battery, the control signal being generated such that, when the measured temperature value is less than or equal to the threshold temperature value, the charging power, the charging voltage or the charging current decreases in steps, the transition from one level to the next being initiated when a determined voltage value at the terminals of the battery is reached, and d) transmitting the control signal to a charger. a) receiving a measured value of the battery temperature; b) comparing the measured value received in the step a) with a predetermined threshold temperature value; c) generating (104, 104') a charging control signal for said battery, the control signal being generated such that, when the measured temperature value is less than or equal to the threshold temperature value, the charging power, the charging voltage or the charging current decreases in steps, the transition from one level to the next being initiated when a determined voltage value at the terminals of the battery is reached, and d) transmitting the control signal to a charger.
A semiconductor laser device, comprising: an active layer configured to emit laser light of a terahertz wave by an intersubband transition, a plurality of quantum well layers being stacked in the active layer; a first layer having a first surface and being provided on the active layer, a plurality of pits being provided in the first surface to form a two-dimensional lattice; and a surface metal film provided on the first layer, a plurality of openings being provided in the surface metal film, the laser light passing through the plurality of openings and being emitted in a direction substantially perpendicular to the active layer. characterized by a first electrode provided between the first layer and the surface metal film, electrically connected to a surface of the first layer, but insulated from the surface metal film, a planar configuration of each of the pits being asymmetric with respect to one of the two sides (D, E) of the two-dimensional lattice. an active layer configured to emit laser light of a terahertz wave by an intersubband transition, a plurality of quantum well layers being stacked in the active layer; a first layer having a first surface and being provided on the active layer, a plurality of pits being provided in the first surface to form a two-dimensional lattice; and a surface metal film provided on the first layer, a plurality of openings being provided in the surface metal film, the laser light passing through the plurality of openings and being emitted in a direction substantially perpendicular to the active layer. characterized by a first electrode provided between the first layer and the surface metal film, electrically connected to a surface of the first layer, but insulated from the surface metal film, a planar configuration of each of the pits being asymmetric with respect to one of the two sides (D, E) of the two-dimensional lattice.
Flat radiator having at least two heating plates, which are connected by connecting elements (3, 4, 5) and in at least one connecting element a partition wall is provided, which is arranged perpendicularly to the flow direction of the heating medium, wherein the separating disc is arranged between flow and return, characterised in that the separating disc is arranged in a connecting element, which is incorporated into a side part and designed in the form of a connecting block, the connecting block is flush with the side part and is formed by a pipe section and two connecting pieces (52, 53), which are perpendicularly aligned to the pipe section and parallel to each other, by means of which the flat radiator is connectable to the pipe system of the respective building and that between the connecting pieces (52, 53) in the pipe section the separating disc is provided and the pipe connection, the connecting pieces (52, 53) as well as the separating disc are combined in the connecting block.
A header for an agricultural vehicle, comprising: a frame; a reel rotatably mounted to the frame; and a reel drive assembly (200, 400) operably connected to the reel and configured for rotating the reel in a first drive configuration and a second drive configuration, the reel drive assembly (200, 400) comprising a first drive (202, 402) operably connected to the reel; characterized by: the reel drive assembly (200, 400) further comprising a second drive (204, 404) selectively connected to the reel such that the second drive (204, 404) is disconnected from the reel in the first drive configuration and the second drive (204, 404) is operably connected to the reel in parallel with the first drive (202, 402) in the second drive configuration. a frame; a reel rotatably mounted to the frame; and a reel drive assembly (200, 400) operably connected to the reel and configured for rotating the reel in a first drive configuration and a second drive configuration, the reel drive assembly (200, 400) comprising a first drive (202, 402) operably connected to the reel; characterized by: the reel drive assembly (200, 400) further comprising a second drive (204, 404) selectively connected to the reel such that the second drive (204, 404) is disconnected from the reel in the first drive configuration and the second drive (204, 404) is operably connected to the reel in parallel with the first drive (202, 402) in the second drive configuration.
A method performed by a user equipment, for supporting a voice service of a user equipment in a mobile communication system, the method comprising the steps of: determining a voice codec mode, byte-alignment information related to a byte-alignment scheme of a voice packet, and a codec type used for processing a voice call in a procedure of establishing a call between the user equipment (405, 905) and a core network (415, 915); forming a packet data protocol context establishing message including the codec type, the byte-alignment information and the voice codec mode in order to establish a bearer for a packet call; transmitting the packet data protocol context establishing message to the core network (415, 915); and receiving a radio bearer establishing message from an access network (510, 910), the radio bearer establishing message comprising a radio link packet size set determined based on the codec type, the byte-alignment information and the voice codec mode. determining a voice codec mode, byte-alignment information related to a byte-alignment scheme of a voice packet, and a codec type used for processing a voice call in a procedure of establishing a call between the user equipment (405, 905) and a core network (415, 915); forming a packet data protocol context establishing message including the codec type, the byte-alignment information and the voice codec mode in order to establish a bearer for a packet call; transmitting the packet data protocol context establishing message to the core network (415, 915); and receiving a radio bearer establishing message from an access network (510, 910), the radio bearer establishing message comprising a radio link packet size set determined based on the codec type, the byte-alignment information and the voice codec mode.