mhurhangee/patent-ind-claim-en huggingface dataset:
An alignment unit for a medical instrument, in particular a hand instrument, for the radial alignment of two components to be screwed on up to a mutual axial contact, including a tubular stator housing , in which a drive unit preferably in the form of a handpiece can be accommodated, a threaded bolt having an external threaded portion that connects the threaded bolt to the stator housing , and a tubular carrier having an internal threaded portion that connects the carrier to the stator housing , the stator housing , the threaded bolt and the carrier having a common longitudinal axis, characterized in that the external threaded portion of the threaded bolt and the internal threaded portion of the carrier are formed in opposite directions and are fixed by counter-rotating movement in such a way that the carrier and the threaded bolt lie axially against each other. for the radial alignment of two components to be screwed on up to a mutual axial contact, including a tubular stator housing , in which a drive unit preferably in the form of a handpiece can be accommodated, a threaded bolt having an external threaded portion that connects the threaded bolt to the stator housing , and a tubular carrier having an internal threaded portion that connects the carrier to the stator housing , the stator housing , the threaded bolt and the carrier having a common longitudinal axis, characterized in that the external threaded portion of the threaded bolt and the internal threaded portion of the carrier are formed in opposite directions and are fixed by counter-rotating movement in such a way that the carrier and the threaded bolt lie axially against each other.
A wooden stave for a barrel for drinks, with a side at each of the two ends thereof joined together by an internal side, an external side and by two longitudinal sides which determine the length of the stave, characterised in that the internal side comprises: - at least two first machined channels, - at least two second machined channels crossing said first channels, - a pattern determined by said crossing channels and formed by geometric elements located between the channels, - the stave having a first surface on the internal side thereof corresponding to the bottom of the channel and a second surface on the internal side thereof corresponding to the top of the geometric element, the difference between both heights of the surfaces determining the depth of the channels, and the difference between the first surface of the internal side thereof and the external side determines the base of the stave . - at least two first machined channels, - at least two second machined channels crossing said first channels, - a pattern determined by said crossing channels and formed by geometric elements located between the channels, - the stave having a first surface on the internal side thereof corresponding to the bottom of the channel and a second surface on the internal side thereof corresponding to the top of the geometric element, the difference between both heights of the surfaces determining the depth of the channels, and the difference between the first surface of the internal side thereof and the external side determines the base of the stave .
A device for cleaning the inner surface of a pipe, the device comprising a spindle arranged to be rotated and having a front end and a rear end as well as means for fastening a rotating shaft to the spindle, whereby a plurality of elastic blades are attached between the front end and the rear end of the spindle both in the rotation direction of the spindle and in the direction perpendicular to the rotation direction to clean the inner surface of the pipe, the blades having a shape that is curved at at least two points such that they curve at least once towards the circumferential direction of the spindle and at least once outwards from the circumferential direction of the spindle to prevent the device from getting stuck in uneven pipe systems, wherein the blades are attached to the spindle in a pivoted manner, which allows the blades to turn in the rotation direction of the spindle and prevents the blades from turning in the direction perpendicular to the rotation direction, characterised in that the blades of the device are metal blades made of wire bent in the middle , whereby the portions between a middle bend and open ends are parallel and comprise a bend into a hook to attach the blade into the spindle, a bend in a circumferential direction of the spindle to increase the tolerance of unevenness of the pipe system, and a bend outwards from the circumferential direction of the spindle to make the open end get into contact with the surface to be cleaned.
A weight reduction element for the construction industry, constituted by at least one disposable formwork , substantially shaped like a truncated pyramid, which is hollow and has a closed upper surface and a lower opening , said weight reduction element comprising feet of a chosen height, each foot having a lower end , opposite a free upper end , characterized in that wherein - at least proximate to corners of the formwork that are adjacent to said lower opening or - proximate to corners of the formwork of said upper surface and associated with said formwork, engagement means are provided, whereby said engagement means are stable and substantially rotatable interconnected, temporarily, with grip means associated with the free upper end of said feet , and wherein the lower end of each foot is axially offset with respect to the grip means and to said temporary engagement means , respectively. - at least proximate to corners of the formwork that are adjacent to said lower opening or - proximate to corners of the formwork of said upper surface and associated with said formwork, engagement means are provided,
A paging determining method, wherein a plurality of terminal devices are classified into M groups, M is an integer greater than 1, and the method comprises: determining, by a network device, a first group to which a first terminal device paged on a first paging occasion belongs, wherein the first group belongs to the M groups (S210,S410); and sending, by the network device, control information based on the first group, wherein the control information is used to indicate paging information, and the paging information comprises a device identifier of the first terminal device (S220), characterized in that the sending, by the network device, control information based on the first group comprises: determining, by the network device, a first resource corresponding to the first group, wherein the first resource is any one of the following resources: a first time-frequency resource, a first time domain resource, a first frequency domain resource, or a first code domain resource (S421); and sending, by the network device, the control information on the first resource (S422).. determining, by a network device, a first group to which a first terminal device paged on a first paging occasion belongs, wherein the first group belongs to the M groups (S210,S410); and sending, by the network device, control information based on the first group, wherein the control information is used to indicate paging information, and the paging information comprises a device identifier of the first terminal device (S220), characterized in that the sending, by the network device, control information based on the first group comprises: determining, by the network device, a first resource corresponding to the first group, wherein the first resource is any one of the following resources: a first time-frequency resource, a first time domain resource, a first frequency domain resource, or a first code domain resource (S421); and sending, by the network device, the control information on the first resource (S422).. determining, by the network device, a first resource corresponding to the first group, wherein the first resource is any one of the following resources: a first time-frequency resource, a first time domain resource, a first frequency domain resource, or a first code domain resource (S421); and sending, by the network device, the control information on the first resource (S422)..
A composite material comprising a matrix having modified cellulose fibres and/or modified cellulosic fabric embedded therein, wherein the cellulose fibres and/or cellulosic fabric is modified with one or more hydrocarbon chain(s) having a carbon number of at least 6, wherein the one or more hydrocarbon chain(s) is/are derived from a plant oil and wherein the one or more hydrocarbon chain(s) includes one or more of linolenic acid, linoleic acid, palmitic acid and stearic acid.
A method to provide a trusted execution environment, TEE, the method comprising: pre-initializing , by a processor, a pool of TEEs, the pre-initializing of each TEE of the pool of TEEs including allocating memory of a storage device for the TEE; after the pre-initializing of the pool of TEEs, receiving, by the processor, a request ; and in response to the request: selecting , by the processor, a TEE from the pre-initialized pool of TEEs; and providing access, by the processor, to the selected TEE; further comprising: prior to the providing of access to the selected TEE, modifying the selected TEE, wherein the modifying selected TEE comprises: modifying the selected TEE based on information in the request ; assigning an encryption key to the selected TEE; and encrypting the memory allocated to the selected TEE using the encryption key; wherein the encryption key is an ephemeral encryption key, wherein the encryption key is generated within the processor on boot and never stored outside the processor. pre-initializing , by a processor, a pool of TEEs, the pre-initializing of each TEE of the pool of TEEs including allocating memory of a storage device for the TEE; after the pre-initializing of the pool of TEEs, receiving, by the processor, a request ; and in response to the request: selecting , by the processor, a TEE from the pre-initialized pool of TEEs; and providing access, by the processor, to the selected TEE; selecting , by the processor, a TEE from the pre-initialized pool of TEEs; and providing access, by the processor, to the selected TEE; prior to the providing of access to the selected TEE, modifying the selected TEE, wherein the modifying selected TEE comprises: modifying the selected TEE based on information in the request ; assigning an encryption key to the selected TEE; and encrypting the memory allocated to the selected TEE using the encryption key; modifying the selected TEE based on information in the request ; assigning an encryption key to the selected TEE; and encrypting the memory allocated to the selected TEE using the encryption key; wherein the encryption key is an ephemeral encryption key, wherein the encryption key is generated within the processor on boot and never stored outside the processor.
A method of separating a thermally tempered substrate , the method comprising: directing a laser beam focal line into the thermally tempered substrate such that at least a portion of the laser beam focal line is within a bulk of the thermally tempered substrate , wherein the laser beam focal line is formed by a pulsed laser beam , and the laser beam focal line is disposed along a beam propagation direction; pulsing the pulsed laser beam to form a sequence of pulse bursts comprising one or more sub-pulses, wherein the laser beam focal line generates an induced multi-photon absorption within the thermally tempered substrate that produces a damage track within the bulk of the thermally tempered substrate along the laser beam focal line ; and providing relative motion between the pulsed laser beam and the thermally tempered substrate in a first laser beam pass such that the pulsed laser beam forms a first sequence of damage tracks within the thermally tempered substrate , wherein individual damage tracks of the first sequence of damage tracks are separated by a lateral spacing, and one or more microcracks connect adjacent damage tracks of the first sequence of damage tracks, wherein the damage track sites are formed faster than the speed of microcrack propagation. directing a laser beam focal line into the thermally tempered substrate such that at least a portion of the laser beam focal line is within a bulk of the thermally tempered substrate , wherein the laser beam focal line is formed by a pulsed laser beam , and the laser beam focal line is disposed along a beam propagation direction; pulsing the pulsed laser beam to form a sequence of pulse bursts comprising one or more sub-pulses, wherein the laser beam focal line generates an induced multi-photon absorption within the thermally tempered substrate that produces a damage track within the bulk of the thermally tempered substrate along the laser beam focal line ; and providing relative motion between the pulsed laser beam and the thermally tempered substrate in a first laser beam pass such that the pulsed laser beam forms a first sequence of damage tracks within the thermally tempered substrate , wherein individual damage tracks of the first sequence of damage tracks are separated by a lateral spacing, and one or more microcracks connect adjacent damage tracks of the first sequence of damage tracks, wherein the damage track sites are formed faster than the speed of microcrack propagation.
A profile strip for a motor vehicle , particularly for a sealing assembly in a window or door area of a motor vehicle , comprising - a securing profile section that can be secured on a first part of the motor vehicle , and - a sealing profile section connected to the securing profile section , produced from a vulcanized rubber matrix and configured to allow relative movements with reduced friction between the profile strip and a second part of the motor vehicle , wherein a contact surface of the sealing profile section that can be brought into contact with the second part is provided with an anti-friction coating that comprises an anti-friction coating matrix and anti-friction particles embedded in the anti-friction coating matrix , that are produced from UHMW-PE, characterized in that the anti-friction coating matrix is a vulcanized EPDM matrix and in that the sealing profile section and the anti-friction coating are co-extruded. - a securing profile section that can be secured on a first part of the motor vehicle , and - a sealing profile section connected to the securing profile section , produced from a vulcanized rubber matrix and configured to allow relative movements with reduced friction between the profile strip and a second part of the motor vehicle , wherein a contact surface of the sealing profile section that can be brought into contact with the second part is provided with an anti-friction coating that comprises an anti-friction coating matrix and anti-friction particles embedded in the anti-friction coating matrix , that are produced from UHMW-PE,
An assembly of at least one off-chip optical fiber and a chip comprising: at least one nanowaveguide disposed on a substrate of said chip to be attached to said at least one off-chip fiber respectively, each nanowaveguide of said at least one nanowaveguide having a nanowaveguide end ; and said device further comprising: at least one oxide taper disposed around said nanowaveguide end of said at least one nanowaveguide and in optical communication with and modally coupled to each of said at least one nanowaveguide respectively, and adapted such that each corresponding fiber of said at least one off-chip fiber corresponds to a cleaved fiber end, each cleaved fiber end to be fused to each oxide taper respectively to optically couple each cleaved fiber end to each of said nanowaveguide ends of each of said at least one nanowaveguide via said oxide taper by a modal coupling, and a geometry of the fiber side of said at least one oxide taper configured to mode match to the at least one optical fiber.
An incineration toilet comprising: - a base ; - a toilet unit secured above the base , wherein the toilet unit comprises a toilet bowl and an incineration chamber and an ash tray formed as the lower part of the incineration chamber, wherein the incineration chamber is located below the toiled bowl ; - a seat and a lid around and above the toilet bowl ; - a toilet casing connected to the base for protecting an outside (OS) of the toilet casing against heat from the incineration chamber ; - an access opening in the toilet casing through which access to the ash tray is provided for emptying of the ash tray ; - a cover for closing off the access opening , and - a locking system operable between an unlocked state in which it allows the cover to be opened and a locked state in which the cover is prevented from being opened, wherein the ash tray is accessible through the access opening after opening or removing the cover; characterized in that - the incineration toilet further comprises a control system for automatically operating the locking system from the locked state to the unlocked state based on a heat parameter, such that the locking system is in the unlocked state when the heat parameter is below a predetermined threshold value. - a base ; - a toilet unit secured above the base , wherein the toilet unit comprises a toilet bowl and an incineration chamber and an ash tray formed as the lower part of the incineration chamber, wherein the incineration chamber is located below the toiled bowl ; - a seat and a lid around and above the toilet bowl ; - a toilet casing connected to the base for protecting an outside (OS) of the toilet casing against heat from the incineration chamber ; - an access opening in the toilet casing through which access to the ash tray is provided for emptying of the ash tray ; - a cover for closing off the access opening , and - a locking system operable between an unlocked state in which it allows the cover to be opened and a locked state in which the cover is prevented from being opened, wherein the ash tray is accessible through the access opening after opening or removing the cover; characterized in that wherein the ash tray is accessible through the access opening after opening or removing the cover; characterized in that - the incineration toilet further comprises a control system for automatically operating the locking system from the locked state to the unlocked state based on a heat parameter, such that the locking system is in the unlocked state when the heat parameter is below a predetermined threshold value.
A static random access memory (SRAM) comprising: a plurality of memory cells each having a pair of cross-coupled inverters , a first of the inverters being supplied by first and second power supply rails (VDD, VSS) and a second of the inverters being supplied by third and fourth supply rails , an input of the second inverter being coupled to a first bit line (BL, WBL) via a first transistor ; and characterized in that it comprises: a power supply circuit adapted, during a read or write phase of one of the memory cells during which the first transistor is activated, to: apply a first voltage difference (VDD) across the first and second power supply rails (VDD, VSS) of the memory cell; and increase a second voltage difference (VDH, VSL) across the third and fourth power supply rails of the memory cell to be greater than the first voltage difference, wherein the power supply circuit is adapted to apply first, second, third and fourth voltages to the first, second, third and fourth power supply rails respectively, wherein during the read or write phase the third voltage (VDH) is increased to be higher than the first voltage (VDD), and/or the fourth voltage (VSL) is decreased to be lower than the second voltage (VSS). apply a first voltage difference (VDD) across the first and second power supply rails (VDD, VSS) of the memory cell; and increase a second voltage difference (VDH, VSL) across the third and fourth power supply rails of the memory cell to be greater than the first voltage difference,
Closure device for motor vehicle applications, having a locking mechanism with a catch and at least one pawl , a release lever , wherein the locking mechanism can at least be unlocked by means of the release lever , an electric drive unit comprising a motor and at least one gear stage interacting with the motor , wherein the release lever can be operated at least indirectly by means of the electric drive unit , wherein a damping means is arranged between the release lever and the electric drive unit , characterized in that the damping means is designed as a separate component, wherein the damping means can be pivotably mounted in the closure device . a release lever , wherein the locking mechanism can at least be unlocked by means of the release lever , an electric drive unit comprising a motor and at least one gear stage interacting with the motor , wherein the release lever can be operated at least indirectly by means of the electric drive unit , wherein a damping means is arranged between the release lever and the electric drive unit , characterized in that the damping means is designed as a separate component, wherein the damping means can be pivotably mounted in the closure device .
Powered hatch arrangement, in particular, rear hatch arrangement, for a motor vehicle having a hatch and a hatch drive for opening and/or closing the hatch, wherein the hatch drive comprises a motor with a motor shaft and a motor pinion and at least one planet gear with sun gear, planet carrier , planet roller elements disposed on bearing pins and ring gear, wherein the sun gear of the planet gear is formed by the motor pinion and a drive shaft is driven by the planet gear, characterized in that the motor pinion is mounted onto the motor shaft and the motor pinion is arranged moveably in the axial direction of the motor shaft .
A method of manufacturing an inertial measurement unit (IMU) comprising: fabricating a plurality of completely separate, individual MEMS inertial sensor packages at a package level as sealed packages containing a MEMS inertial sensor chip and an integrated circuit electrically connected together, wherein fabricating the individual MEMS inertial sensor packages comprises forming mechanical interconnect features in each package; and assembling the IMU by mechanically interconnecting the mechanical interconnect features of each individual MEMS inertial sensor package with the mechanical interconnect features of another individual MEMS inertial sensor package in a mutually orthogonal orientation, wherein there are no hinged connections between the individual MEMS inertial sensor packages when the IMU is assembled. fabricating a plurality of completely separate, individual MEMS inertial sensor packages at a package level as sealed packages containing a MEMS inertial sensor chip and an integrated circuit electrically connected together, wherein fabricating the individual MEMS inertial sensor packages comprises forming mechanical interconnect features in each package; and assembling the IMU by mechanically interconnecting the mechanical interconnect features of each individual MEMS inertial sensor package with the mechanical interconnect features of another individual MEMS inertial sensor package in a mutually orthogonal orientation, wherein there are no hinged connections between the individual MEMS inertial sensor packages when the IMU is assembled.