mhurhangee/patent-ind-claim-en huggingface dataset:
A lifting hinge for pivotally securing a door leaf to a support structure , said lifting hinge comprising: a first part having a cam surface , said first part being mechanically connectable to said door leaf such that a movement of said door leaf results in a movement of said first part when said door leaf is connected to the lifting hinge; a second part having a cam follower , said second part being arranged such that said cam follower faces said cam surface along a rotational axis , said second part further having a first engagement surface ; a locking part having a second engagement surface facing said first engagement surface, said locking part being rotationally fixed about said rotational axis ; wherein said second part is axially displaceable along said rotational axis such that said lifting hinge is arrangeable in: an operational mode in which said first engagement surface is engaged with said second engagement surface and said second part is rotationally fixed about said rotational axis such that a rotation of said first part about the rotational axis results in an axial movement of the first part along the rotational axis by means of a relative rotation of said cam surface and said cam follower, further said lifting hinge further is arrangeable in a configurational mode in which said first engagement surface is disengaged from said second engagement surface such that a rotation of said first part about said rotational axis results in a rotation of said second part about said rotational axis in order to set a zero position for said lifting hinge characterized in that said second part further comprises an engaging portion which is externally accessible in order to axially displace said second part and disengage said first engagement surface from said second engagement surface . a first part having a cam surface , said first part being mechanically connectable to said door leaf such that a movement of said door leaf results in a movement of said first part when said door leaf is connected to the lifting hinge; a second part having a cam follower , said second part being arranged such that said cam follower faces said cam surface along a rotational axis , said second part further having a first engagement surface ; a locking part having a second engagement surface facing said first engagement surface, said locking part being rotationally fixed about said rotational axis ; wherein said second part is axially displaceable along said rotational axis such that said lifting hinge is arrangeable in: an operational mode in which said first engagement surface is engaged with said second engagement surface and said second part is rotationally fixed about said rotational axis such that a rotation of said first part about the rotational axis results in an axial movement of the first part along the rotational axis by means of a relative rotation of said cam surface and said cam follower,
A system configured to cool a continuous-form print medium downstream of a printing system, the system comprising: a plurality of hollow rollers disposed along a media path of the continuous-form print medium that remove heat from the continuous-form print medium utilizing airflows directed through interiors of the plurality of hollow rollers; an air supply configured to provide the airflows; and characterised in that the system further comprises ductwork in fluid communication with the air supply that is configured to direct the airflows through the interiors of at least two of the plurality of hollow rollers in opposing directions from each other to reduce a temperature differential across a width of the continuous-form print medium. a plurality of hollow rollers disposed along a media path of the continuous-form print medium that remove heat from the continuous-form print medium utilizing airflows directed through interiors of the plurality of hollow rollers; an air supply configured to provide the airflows; and characterised in that the system further comprises ductwork in fluid communication with the air supply that is configured to direct the airflows through the interiors of at least two of the plurality of hollow rollers in opposing directions from each other to reduce a temperature differential across a width of the continuous-form print medium.
A method to decode an orthogonal frequency-division multiplex (OFDM) signal data block that includes symbol-data in a data interval, repeated-data in a cyclic-prefix (CP) guard interval, and noise , said signal characterized as a CP-OFDM signal, said method comprising: determining a first data set based on data samples taken during a first time window of a data block ; determining a second data set based on data samples taken during a second time window of the data block , wherein the second time window is selected so that the second data set includes repeated-data not present in the first data set; and characterized by combining the first data set and the second data set wherein the step of combining the first data set and the second data set includes time-aligning the repeated-data of the second data set not present in the first data set with the corresponding symbol data of the first data set, and determining a maximal ratio combining (MRC ) of the first data set and the second data set. determining a first data set based on data samples taken during a first time window of a data block ; determining a second data set based on data samples taken during a second time window of the data block , wherein the second time window is selected so that the second data set includes repeated-data not present in the first data set; and characterized by combining the first data set and the second data set wherein the step of combining the first data set and the second data set includes time-aligning the repeated-data of the second data set not present in the first data set with the corresponding symbol data of the first data set, and determining a maximal ratio combining (MRC ) of the first data set and the second data set.
Optically variable surface pattern for use as a security element for application to an object to be protected, comprising a reflection layer and a micromirror arrangement , which is formed on the reflection layer and has a multiplicity of partially transparent micromirrors , wherein the micromirrors are inclined in relation to the reflection layer such that some of the light (L1) that is incident on the micromirror arrangement is reflected by specular reflection at the partially transparent micromirrors in a first direction and some of the light is reflected in a second direction, which differs from the first direction, by travelling through the partially transparent micromirrors , being incident on the reflection layer , being specularly reflected there and then travelling back through the partially transparent micromirrors , wherein a transparent or partially transparent layer is formed on the reflection layer , wherein the side of the transparent or partially transparent layer facing away from the reflection layer is structured in a predetermined region to form the micromirrors, and wherein a partially reflective coating is formed in the predetermined region to form the partially transparent micromirrors, wherein the optically variable surface pattern is embodied such that, when the surface pattern is tilted, a first motion effect is realized with the light beams which are reflected in the first direction and a second motion effect is realized with the light beams which are reflected in the second direction. a reflection layer and a micromirror arrangement , which is formed on the reflection layer and has a multiplicity of partially transparent micromirrors , wherein the micromirrors are inclined in relation to the reflection layer such that some of the light (L1) that is incident on the micromirror arrangement is reflected by specular reflection at the partially transparent micromirrors in a first direction and some of the light is reflected in a second direction, which differs from the first direction, by travelling through the partially transparent micromirrors , being incident on the reflection layer , being specularly reflected there and then travelling back through the partially transparent micromirrors , wherein a transparent or partially transparent layer is formed on the reflection layer , wherein the side of the transparent or partially transparent layer facing away from the reflection layer is structured in a predetermined region to form the micromirrors, and wherein a partially reflective coating is formed in the predetermined region to form the partially transparent micromirrors, wherein the optically variable surface pattern is embodied such that, when the surface pattern is tilted, a first motion effect is realized with the light beams which are reflected in the first direction and a second motion effect is realized with the light beams which are reflected in the second direction.
Reinforcement cord for elastomeric products, in particular for pneumatic tires, comprising at least one yarn made of filaments, characterized in that at least one yarn of the reinforcement cord comprises filaments made of polybutylene dicarboxyfuranoate (PBF), where the PBF has been produced entirely or at least to some extent from biomasses and/or from renewable raw materials.
A process for carrying out an oxidation treatment of a non-ferrous metal component, comprising placing the component into a process chamber at an elevated temperature in the range 600°C to 800°C, biasing the component to have a potential capable of attracting ions, introducing oxygen into the chamber at a pressure such that a glow discharge comprising oxygen ions is generated, the process chamber additionally comprising a glow discharge ionisation enhancing means, and activating the glow discharge ionisation enhancing means thereby increasing charged species density of the glow discharge, the oxygen ions flowing towards the component and colliding the surface thereof, at least some of which diffuse into the component, forming oxides therein.
A resin composition for an underfill material, comprising a maleimide compound (A) and a secondary monoamino compound (B), wherein the maleimide compound (A) comprises a maleimide compound represented by the following formula : wherein n 2 represents an integer of 1 or more and 30 or less, and wherein the secondary monoamino compound (B) has, in a molecule, one secondary amino group configured to react with the maleimide compound, and has a boiling point of 120°C or more.
Method for filling a container with a filling product, comprising sealingly connecting a filling body to the container interior of the container to be filled, subjecting the container interior to a negative pressure and subjecting the container interior to a flushing gas, wherein the flushing gas is introduced into the container interior in pulses while the container interior is continuously subjected to a negative pressure, characterised in that the container interior is simultaneously pressurised with the negative pressure and the first pulse of the flushing gas. the flushing gas is introduced into the container interior in pulses while the container interior is continuously subjected to a negative pressure, characterised in that the container interior is simultaneously pressurised with the negative pressure and the first pulse of the flushing gas.
An analysis chip for analysis using principle of surface plasmon resonance, comprising: a test reagent retention member ; and a sensing member , wherein the test reagent retention member comprises: a housing part in which the sensing member is housed; and an engaging part which engages with the sensing member in the housing part, and the enganging part includes inner walls , supports and hooks , wherein the sensing member comprises a channel member and a prism member characterised in that , the sensing member is housed in the housing part by means of the engaging part with a certain movable area between the sensing member and the housing part, wherein a movable area Sk in a width direction between the inner walls and the channel member satisfies a condition of expression 0.01 mm ≤ Sk ≤ 0.58 mm and a movable area Tk in a height direction between the hooks and the channel member satisfies a condition of expression 0.01 mm ≤ Tk ≤ 1 mm and the engaging distance A between the hooks and the channel member satisfies a condition of expression 0.12 mm ≤ A ≤ 0.7 mm a test reagent retention member ; and a sensing member , wherein the test reagent retention member comprises: a housing part in which the sensing member is housed; and an engaging part which engages with the sensing member in the housing part, and the enganging part includes inner walls , supports and hooks , a housing part in which the sensing member is housed; and an engaging part which engages with the sensing member in the housing part, and the enganging part includes inner walls , supports and hooks , wherein the sensing member comprises a channel member and a prism member characterised in that , the sensing member is housed in the housing part by means of the engaging part with a certain movable area between the sensing member and the housing part, wherein a movable area Sk in a width direction between the inner walls and the channel member satisfies a condition of expression 0.01 mm ≤ Sk ≤ 0.58 mm and a movable area Tk in a height direction between the hooks and the channel member satisfies a condition of expression 0.01 mm ≤ Tk ≤ 1 mm and the engaging distance A between the hooks and the channel member satisfies a condition of expression 0.12 mm ≤ A ≤ 0.7 mm
Sliding device for a vehicle seat, which sliding device comprises a pair of parallel tracks , each comprising a lower rail , an upper rail , that is slidably constrained to said lower rail , wherein each lower rail has a cross-section having the shape of an upwardly oriented "U" and comprises a lower wall and a pair of parallel, upwardly oriented vertical walls , ending with respective inwardly and downwardly bent flanges , wherein each upper rail has a cross-section having the shape of a downwardly oriented "U" and comprises an upper wall and a pair of parallel, downwardly oriented vertical walls , ending with respective outwardly and upwardly bent flanges , said outwardly and upwardly bent flanges of said upper rail being engaged under said inwardly and downwardly bent flanges of said lower rail , wherein balls are arranged between said lower and upper rails, wherein on each side of said rails a lower ball guide and an upper ball guide for said balls are formed by said lower and upper rails, said lower ball guide being defined by a first lower ball guide portion formed by said lower rail, at the bending joining said lower wall to the respective upwardly oriented vertical wall , and by a second lower ball guide portion formed by said outwardly and upwardly bent flange of the upper rail and said upper ball guide being defined by a first upper ball guide portion formed by said lower rail, at the bending joining said upwardly oriented vertical wall to the respective inwardly and downwardly bent flange , and by a second upper ball guide portion formed by said outwardly and upwardly bent flange of said upper rail, characterized in that said second lower ball guide portion comprises a straight section and a curved section , the balls in said lower ball guide , during normal operation, contacting said second lower ball guide portion at its straight section , only, while they are spaced apart from its curved section and in that said second upper ball guide portion comprises a straight section and a curved section , the balls in said upper ball guide , during normal operation, contacting said second upper ball guide portion at its straight section only, while they are spaced apart from its curved section .
Method for starting an electronic control circuit for the windings (2.1, 2.2, 2.3) of an electric motor , ∘ having a control unit connected to a voltage source , ∘ having a capacitor connected to the connecting terminals of the voltage source via a system switch element , ∘ wherein the capacitor lies on the input terminals parallel to the control circuit , ∘ and having an operating circuit for the system switch element , ∘ wherein, before the motor is started, the system switch element is closed and the capacitor is charged, ∘ and wherein, after the capacitor has been charged, the system switch element is opened, ∘ and the control unit starts a test step for the control circuit ∘ and wherein, during the test step, the system switch element is open and the control circuit is fed only by the capacitor voltage (UC) of the charged capacitor . ∘ having a control unit connected to a voltage source , ∘ having a capacitor connected to the connecting terminals of the voltage source via a system switch element , ∘ wherein the capacitor lies on the input terminals parallel to the control circuit , ∘ and having an operating circuit for the system switch element , ∘ wherein, before the motor is started, the system switch element is closed and the capacitor is charged, ∘ and wherein, after the capacitor has been charged, the system switch element is opened, ∘ and the control unit starts a test step for the control circuit ∘ and wherein, during the test step, the system switch element is open and the control circuit is fed only by the capacitor voltage (UC) of the charged capacitor .
Door system for an elevator installation, the door system comprising: - a drive unit having a driven, pivotably mounted shaft and a locking element , wherein the locking element is fixed to the shaft , - at least one pivoting unit, wherein each of the at least one pivoting units comprises a pivot pin that can be coupled to a door panel and a locking recess , wherein the locking recess is fixed to the pivot pin , wherein a pivoting motion (B) of the pivot pin is limited by a first end position describing an end position of the door system, wherein the locking element interacts with the locking recess such that the locking element engages with the locking recess and the pivot pin can thus be blocked in the first end position. - a drive unit having a driven, pivotably mounted shaft and a locking element , wherein the locking element is fixed to the shaft , - at least one pivoting unit, wherein each of the at least one pivoting units comprises a pivot pin that can be coupled to a door panel and a locking recess , wherein the locking recess is fixed to the pivot pin ,
A tool for cutting a workpiece , comprising a tool head , wherein the tool head forming, with reference to a plan view, a holding frame which is essentially rectangular with respect to the outer contour, for forming a workspace which is closed at least in the course of the cutting operation, the tool head having a receiving contour , in which receiving contour the workpiece can be received, the tool head furthermore having a movable cutting edge with a cutting contour, the cutting edge passing through the receiving contour in the course of a cutting operation, it furthermore being possible for the cutting edge to be acted upon by an advancement part and to be moved in a cutting direction (s) to that extent, in that a received workpiece can be completely traversed, characterized in that , starting from a position of the cutting edge reached as a result of the complete traversing, the cutting edge can be moved out of the cutting direction (s) while being moved away from the advancement part , the cutting edge being pivotally connected to the advancement part or by means of a holding part , which is part of the holder frame, or by means of a connection via a joint to the advancement part , relative to the advancement part , or wherein the cutting edge is captively connected to the advancement part via a flexible band or chain, the length of the band or chain enabling the removal of the cutting edge .
Switchgear cabinet having a pressure-relief channel for discharging a fluid stream and having a diffuser which is arranged in the pressure-relief channel , wherein the diffuser has a mechanically stabilizing base plate having multiple first openings which are covered by a meshwork having multiple second openings , wherein a first group of second openings is arranged substantially transversely, and a second group of second openings is arranged substantially parallel, in the direction of passage of the diffuser . the diffuser has a mechanically stabilizing base plate having multiple first openings which are covered by a meshwork having multiple second openings , wherein a first group of second openings is arranged substantially transversely, and a second group of second openings is arranged substantially parallel, in the direction of passage of the diffuser .
A computer implemented method for generating placement location data for surgical anchor members comprising: acquiring anatomical geometry data comprising a surface geometry of an object of interest; acquiring surgical plan data comprising at least first and second intervention trajectories into the object of interest relative to the anatomical geometry data; acquiring geometric constraint data of a repositionable interventional platform for supporting a surgical instrument on the object of interest along the first and second intervention trajectories; and generating placement location data for surgical anchor members comprising a first set of surgical anchor member placement locations for positioning the repositionable interventional platform on the object of interest at a location of the first intervention trajectory, and comprising a second set of surgical anchor member placement locations for positioning the repositionable interventional platform on the object of interest at a location of the second intervention trajectory; wherein the first and second sets of anchor member locations of the placement location data are generated according to a criterion that at least one shared anchor member location that the repositionable interventional platform is configured to be anchored to during a first intervention along the first intervention trajectory and during a second intervention along the second intervention trajectory is present. acquiring anatomical geometry data comprising a surface geometry of an object of interest; acquiring surgical plan data comprising at least first and second intervention trajectories into the object of interest relative to the anatomical geometry data; acquiring geometric constraint data of a repositionable interventional platform for supporting a surgical instrument on the object of interest along the first and second intervention trajectories; and generating placement location data for surgical anchor members comprising a first set of surgical anchor member placement locations for positioning the repositionable interventional platform on the object of interest at a location of the first intervention trajectory, and comprising a second set of surgical anchor member placement locations for positioning the repositionable interventional platform on the object of interest at a location of the second intervention trajectory; wherein the first and second sets of anchor member locations of the placement location data are generated according to a criterion that at least one shared anchor member location that the repositionable interventional platform is configured to be anchored to during a first intervention along the first intervention trajectory and during a second intervention along the second intervention trajectory is present.