mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a reamer sleeve having a reamer wall and a wedge body, the reamer wall oriented about a central longitudinal axis, the reamer wall having an inner passage sized to receive insertion of a reference instrument structured for placement in a canal of a bone, the wedge body extending from a first end wall of the reamer wall, the wedge body having a wedge surface that extends axially in a direction arranged non-parallel and non-perpendicular to the central longitudinal axis; characterized by a cap having an inner wall, at least a portion of the inner wall defines an opening of the cap sized to receive insertion of the wedge body, the inner wall having a tapered wall section that extends axially in a direction arranged generally parallel to the wedge surface, wherein an outer side of the reamer wall is sized to be received within a portion of a forming tool adapted to remove bone material, and wherein the cap and the reamer sleeve are adapted to be introduced in the canal of the bone; wherein during an initial stage of installation, the cap has a first portion relative to the reamer sleeve and the wedge body; and wherein the reamer sleeve is adapted to be axially displaced relative to the cap with the wedge body having a second position relative to the tapered wall section of the cap, and wherein the reamer sleeve is adapted to be securely coupled to the cap in the second position. a reamer sleeve having a reamer wall and a wedge body, the reamer wall oriented about a central longitudinal axis, the reamer wall having an inner passage sized to receive insertion of a reference instrument structured for placement in a canal of a bone, the wedge body extending from a first end wall of the reamer wall, the wedge body having a wedge surface that extends axially in a direction arranged non-parallel and non-perpendicular to the central longitudinal axis; characterized by a cap having an inner wall, at least a portion of the inner wall defines an opening of the cap sized to receive insertion of the wedge body, the inner wall having a tapered wall section that extends axially in a direction arranged generally parallel to the wedge surface, wherein an outer side of the reamer wall is sized to be received within a portion of a forming tool adapted to remove bone material, and wherein the cap and the reamer sleeve are adapted to be introduced in the canal of the bone; wherein during an initial stage of installation, the cap has a first portion relative to the reamer sleeve and the wedge body; and wherein the reamer sleeve is adapted to be axially displaced relative to the cap with the wedge body having a second position relative to the tapered wall section of the cap, and wherein the reamer sleeve is adapted to be securely coupled to the cap in the second position.
A method at a short range communications capable device for providing a dynamic credential to a terminal for controlling access to a resource, the method comprising: receiving (320, 510, 620), utilizing near field communications, an application identifier, a current time, and a random number from a reader associated with the terminal; retrieving an encryption key, the encryption key corresponding to the application identifier; transmitting, to the terminal, a response including a device identifier and the random number signed with the encryption key (340, 520, 530); executing an applet on a secure element of the short range communications capable device, the applet corresponding to the application identifier; computing, with the applet within a secure element of the short range communications capable device, the dynamic credential based on the current time; and transmitting (540, 640) the dynamic credential to the reader; wherein access to the resource is provided upon transmitting a valid dynamic credential and a valid signature corresponding to the signed random number. receiving (320, 510, 620), utilizing near field communications, an application identifier, a current time, and a random number from a reader associated with the terminal; retrieving an encryption key, the encryption key corresponding to the application identifier; transmitting, to the terminal, a response including a device identifier and the random number signed with the encryption key (340, 520, 530); executing an applet on a secure element of the short range communications capable device, the applet corresponding to the application identifier; computing, with the applet within a secure element of the short range communications capable device, the dynamic credential based on the current time; and transmitting (540, 640) the dynamic credential to the reader; wherein access to the resource is provided upon transmitting a valid dynamic credential and a valid signature corresponding to the signed random number.
A method of manufacturing a cellulosic film, particularly a cellulosic food packaging film, especially a detectable cellulosic film, which cellulosic film comprises detectable particles incorporated therein, wherein the method comprises introducing and/or adding detectable particles into a solution or dispersion comprising cellulose and/or a cellulose precursor or derivative in the presence of at least one dispersant, wherein the dispersant is a surface-active detergent or a surface-active polymer, followed by regenerating and/or recovering cellulose from the solution or dispersion in the presence of the detectable particles, so as to obtain a cellulosic film, particularly a cellulosic food packing film, comprising the detectable particles incorporated therein in homogeneous distribution, wherein the detectable particles are magnetic and wherein the detectable particles are detectable by a metal detection device.
A system for controlling an exposure dose of a light source, comprising an LED light source, a light homogenizer, an energy detection unit and an exposure dose control unit coupled to both the LED light source and the energy detection unit, the energy detection unit comprising an energy detector corresponding to the LED light source or the light homogenizer and an energy spot sensor corresponding to a wafer; wherein the exposure dose control unit comprises an LED light source controller and a dose control circuit board, which are coupled to each other, the LED light source controller coupled to the LED light source, the dose control circuit board coupled to both the energy detector and the energy spot sensor; characterized in that the dose control circuit board stores thereon data about cumulative doses from shutdown to complete dark of the LED light source at various light intensities. wherein the exposure dose control unit comprises an LED light source controller and a dose control circuit board, which are coupled to each other, the LED light source controller coupled to the LED light source, the dose control circuit board coupled to both the energy detector and the energy spot sensor; characterized in that the dose control circuit board stores thereon data about cumulative doses from shutdown to complete dark of the LED light source at various light intensities.
Mechanical connection for panels having the following characteristics: a) The panels (1, 2) have a horizontal connection and a vertical connection at their edge sides (5, 10, 30) to be connected with one another, wherein the panel to be laid first engages below the second panel to be laid subsequently for the horizonal locking, and wherein for the vertical locking is disposed on the first panel a locking edge and on the second panel a tongue, which can be displaced behind the locking edge; b) The tongue has a foot disposed in a holding groove and a head protruding at least partially out of the holding groove, which head is connected in articulated manner with the foot, characterised in that the head has a locking arm, pointing to the top side of the second panel, for pivoting behind the locking edge and a lever, pointing to the bottom side of the second panel, for pivoting the locking arm, wherein the head is connected with the foot in a region between locking arm and lever and wherein a free lower end of the lever prior to the laying of the second panel is at a distance from the second panel and a free upper end of the locking arm is in contact with the second panel; c) and in that the first panel has a guiding surface, with which the lever can be brought into engagement when laying, in order to pivot the lever in the direction of the second panel about the joint and by means of the lever to displace the upper end of the locking arm away from the second panel behind the locking edge. a) The panels (1, 2) have a horizontal connection and a vertical connection at their edge sides (5, 10, 30) to be connected with one another, wherein the panel to be laid first engages below the second panel to be laid subsequently for the horizonal locking, and wherein for the vertical locking is disposed on the first panel a locking edge and on the second panel a tongue, which can be displaced behind the locking edge; b) The tongue has a foot disposed in a holding groove and a head protruding at least partially out of the holding groove, which head is connected in articulated manner with the foot, characterised in that the head has a locking arm, pointing to the top side of the second panel, for pivoting behind the locking edge and a lever, pointing to the bottom side of the second panel, for pivoting the locking arm, wherein the head is connected with the foot in a region between locking arm and lever and wherein a free lower end of the lever prior to the laying of the second panel is at a distance from the second panel and a free upper end of the locking arm is in contact with the second panel; c) and in that the first panel has a guiding surface, with which the lever can be brought into engagement when laying, in order to pivot the lever in the direction of the second panel about the joint and by means of the lever to displace the upper end of the locking arm away from the second panel behind the locking edge.
Device for fixing and/or guidance of strand-like elements, in particular of cables (5; 181) or cable bundles for wind turbines, with at least one retaining body (1, 101) which can be combined with a carrier structure to form a modular fastening system which has a strand accommodation space (9; 109) as mounting space for at least one strand element, which can be inserted through an aperture (29, 111) located on its exterior; with a cover device (9; 117; 202), wherein the aperture (29; 111) can be closed by the cover device (9; 117; 202), which comprises a main member (47; 127; 204), an energy storage means (51; 137; 208), and a pressure application member (17; 129; 206), which can be moved by the energy storage means (51; 137; 208) relative to the main member (47; 127; 204) into a clamping position so that, when the cover device (9; 117; 202) closes the aperture (29, 111), a retaining force is exerted within a clamping range on the strand elements within the strand receiving accommodation space (9; 109), characterised in that the cover device (9; 117; 202) has a locking device (69; 141; 200), by means of which the pressure application member (17; 129; 206) can be optionally secured against the action of the energy storage means (51; 137; 208) against a movement into the clamping position or can be released for a clamping movement.
Tool, by means of which a flat material can be changed to a predefined different shape, a memory for storing data being integrated into the tool (1, 2), characterized in that a circuit, by means of which a selection of the data to be written to the memory can be made, is integrated in the tool (1, 2).
An implantable unit (120, 200) configured to be used in a transcutaneous hearing device (100, 700), comprising: a receiver element (121, 221) configured to wirelessly receive an electromagnetic wave modulated with audio frequencies, a rectifier element (122, 222) configured to demodulate the modulated electromagnetic wave and to generate upper and lower half waveforms of the electromagnetic wave, and a vibrator element (123, 223) configured to electromechanically produce vibration using the half waveforms of the electromagnetic wave, wherein the vibrator element (123, 223) comprises a first vibrator (123A, VIB1) configured to be driven by the upper half waveform of the electromagnetic wave and a second vibrator (123B, VIB2) configured to be driven by the lower half waveform of the electromagnetic wave, and wherein the rectifier element (122, 222) comprises a first diode (D_VIB1) in a path from the receiver element (121, 221) to the first vibrator (123A, VIB1) of the vibrator element (123, 223) and a second diode (D_VIB2) in a path from the receiver element (121, 221) to the second vibrator (123B, VIB2) of the vibrator element (123, 223). a receiver element (121, 221) configured to wirelessly receive an electromagnetic wave modulated with audio frequencies, a rectifier element (122, 222) configured to demodulate the modulated electromagnetic wave and to generate upper and lower half waveforms of the electromagnetic wave, and a vibrator element (123, 223) configured to electromechanically produce vibration using the half waveforms of the electromagnetic wave, wherein the vibrator element (123, 223) comprises a first vibrator (123A, VIB1) configured to be driven by the upper half waveform of the electromagnetic wave and a second vibrator (123B, VIB2) configured to be driven by the lower half waveform of the electromagnetic wave, and wherein the rectifier element (122, 222) comprises a first diode (D_VIB1) in a path from the receiver element (121, 221) to the first vibrator (123A, VIB1) of the vibrator element (123, 223) and a second diode (D_VIB2) in a path from the receiver element (121, 221) to the second vibrator (123B, VIB2) of the vibrator element (123, 223).
A cleaning function control device for controlling a cleaning function of a cleaning robot, the cleaning function control device comprising: an indoor information obtaining unit which uses at least one of a LiDAR sensor, a time of flight, TOF, sensor, and a rotatable laser range finder to obtain information on each point in the indoor space as three-dimensional point cloud information; a floor state determining unit which determines a state of the floor based on information on first points related to the floor of the indoor space; a floor material determining unit which determines a material of the floor based on the information on the first points; and a cleaning function control unit which controls a cleaning function of the indoor space based on the state of the floor and the material of the floor, wherein the floor state determining unit collects the information on the first points to generate information related to an undulation change of the floor and determines the state of the floor based on the information related to the undulation change of the floor, and wherein the cleaning function control device is configured to separate a floor portion in accordance with an area where the cleaning robot is driven from the three-dimensional point cloud information and said cleaning robot being characterized in that it is further configured to classify characteristics of the material of the floor portion based on position and intensity information included in the point cloud information corresponding to the floor portion. an indoor information obtaining unit which uses at least one of a LiDAR sensor, a time of flight, TOF, sensor, and a rotatable laser range finder to obtain information on each point in the indoor space as three-dimensional point cloud information; a floor state determining unit which determines a state of the floor based on information on first points related to the floor of the indoor space; a floor material determining unit which determines a material of the floor based on the information on the first points; and a cleaning function control unit which controls a cleaning function of the indoor space based on the state of the floor and the material of the floor, wherein the floor state determining unit collects the information on the first points to generate information related to an undulation change of the floor and determines the state of the floor based on the information related to the undulation change of the floor, and wherein the cleaning function control device is configured to separate a floor portion in accordance with an area where the cleaning robot is driven from the three-dimensional point cloud information and said cleaning robot being characterized in that it is further configured to classify characteristics of the material of the floor portion based on position and intensity information included in the point cloud information corresponding to the floor portion.
A polypeptide having a patchoulol and 7-epi-α-selinene synthase activity and comprising an amino acid sequence at least 70% identical to SEQ ID NO:1.
A method for monitoring the quality of a lubricant in an internal combustion engine equipping a motor vehicle, characterized in that the method includes: - a characterization step during a prior phase (P 1) of a plurality of theoretical rate (T thi) of pollutants comprised in the interior of the lubricant from mapping types (Y i) describing a development of the theoretical rate (T thi) of pollutants comprised in the interior of the lubricant according to a running mode (Z i), - a deduction step during the prior phase (P 1) of an optimized distance (Dopt i) of running of the motor vehicle for each mapping type (Y i), - a comparison step of an actual running mapping (Y r) during a running phase (P 2) of the motor vehicle to deduce therefrom the adapted mapping type (Y a) from the mapping types (Y i), and - a warning step during the running phase (P 2) of the motor vehicle if an actual distance covered (D r) exceeds an adapted optimized distance (Dopt a) corresponding to the adapted mapping type (Y a). - a characterization step during a prior phase (P 1) of a plurality of theoretical rate (T thi) of pollutants comprised in the interior of the lubricant from mapping types (Y i) describing a development of the theoretical rate (T thi) of pollutants comprised in the interior of the lubricant according to a running mode (Z i), - a deduction step during the prior phase (P 1) of an optimized distance (Dopt i) of running of the motor vehicle for each mapping type (Y i), - a comparison step of an actual running mapping (Y r) during a running phase (P 2) of the motor vehicle to deduce therefrom the adapted mapping type (Y a) from the mapping types (Y i), and - a warning step during the running phase (P 2) of the motor vehicle if an actual distance covered (D r) exceeds an adapted optimized distance (Dopt a) corresponding to the adapted mapping type (Y a).
An electron emitting device comprising: a metal holder having at least one slot; at least one emitter plate inserted into the slot to protrude from a first surface of the metal holder, and comprising an emitter supporting member and a graphene electron emitter attached onto the emitter supporting member; an insulation layer provided on the first surface of the metal holder; and a gate electrode provided on the insulation layer and comprising a gate supporting member and a graphene gate attached onto the gate supporting member. a metal holder having at least one slot; at least one emitter plate inserted into the slot to protrude from a first surface of the metal holder, and comprising an emitter supporting member and a graphene electron emitter attached onto the emitter supporting member; an insulation layer provided on the first surface of the metal holder; and a gate electrode provided on the insulation layer and comprising a gate supporting member and a graphene gate attached onto the gate supporting member.
A fitting arrangement for windows, doors or the like having a frame and a leaf, wherein the fitting arrangement has a drive bar which can be arranged in a longitudinally movable manner at a side of the leaf and has a pivot element which can be pivoted about an articulation point; wherein the articulation point is drive-effectively coupled with the drive bar and can be adjusted by means of the drive bar from a closed position over a turn opening position into a tilt opening position, and vice versa, in parallel with a longitudinal extent of the drive bar; and wherein the pivot element has a latching element, in particular a spigot, which is spaced apart from the articulation point and which is configured to engage into a respective blocking receiver of an associated closing part at the frame in the closed position and in the tilt opening position of the articulation point, characterized in that the drive-effective coupling of the articulation point with the drive bar is drive-effective in the opposite direction in a first adjustment region between the closed position and the turn opening position and is drive-effective in the same direction in a second adjustment region between the turn opening position and the tilt opening position, or vice versa.
A voting system for collecting votes from multiple voters (201, 202, 203), the voters being associated with multiple identity public keys that each identify one voter, the voting system comprising: multiple node computer devices (101, 102, 103) configured to collect the votes and to combine the votes into a vote container and to store the vote container including the votes on a public data store, characterised in that the multiple node computer devices are further configured to generate voting public keys, wherein there is an association between voting public keys and the identity public keys via corresponding signatures, each of the multiple node computer devices is further configured to communicate the voting public keys between the node computer devices by using cryptography to remove the association between the voting public keys and the identity public keys to create a list of anonymised voting public keys, each of the multiple node computer devices is further configured, after the association between the voting public keys and the identity public keys is removed, to communicate votes, authenticated by the anonymised voting public keys, by using cryptography to remove an association between the votes and the voting public keys to create anonymised votes and combine the anonymised votes into the vote container. multiple node computer devices (101, 102, 103) configured to collect the votes and to combine the votes into a vote container and to store the vote container including the votes on a public data store, characterised in that the multiple node computer devices are further configured to generate voting public keys, wherein there is an association between voting public keys and the identity public keys via corresponding signatures, each of the multiple node computer devices is further configured to communicate the voting public keys between the node computer devices by using cryptography to remove the association between the voting public keys and the identity public keys to create a list of anonymised voting public keys, each of the multiple node computer devices is further configured, after the association between the voting public keys and the identity public keys is removed, to communicate votes, authenticated by the anonymised voting public keys, by using cryptography to remove an association between the votes and the voting public keys to create anonymised votes and combine the anonymised votes into the vote container.