mhurhangee/patent-ind-claim-en huggingface dataset:
Door handle assembly for a motor vehicle , having a handle support and a handle element which is mounted on the handle support so as to be movable from a neutral position via a ready position into an actuation position which serves to open a vehicle door of the motor vehicles , wherein a first movement mechanism , which is motion-coupled with a first longitudinal end of the handle element , and a second movement mechanism , which is motion-coupled with a second longitudinal end of the handle element , are mounted on the handle support , wherein upon fitting in the neutral position in the vehicle door the handle element is arranged in straked alignment flush with the outer side of the vehicle door , and wherein in the ready position the handle element is arranged to protrude in an extended direction relative to the outer side of the vehicle door and a rear side of the handle element facing the handle support is arranged so that it can be grasped by an operator for the purpose of actuation, characterized in that a handle locking element is mounted on the handle support , and when the handle element is in the ready position said handle locking element is designed to cover at least a surface section of the rear side of the handle element facing the handle support .
An apparatus for noise attenuation in an impact pile driving device of metal sheet or concrete piles wherein the apparatus comprises a pile guide being attachable to the lower end of a hammer with a moving ram block of an impact pile driving device and a drive cap , characterized in that the the apparatus comprises compressing arrangement in connection with the pile guide having at least one compressing element and mechanical, hydraulic or pneumatic compressing means for compressing a pile fitted in to the pile guide transversally by means the at least one compressing element such that the pile is centralized in the middle of the drive cap , and that the central axis of the pile and the central axis of the moving ram block of the hammer coincide..
A joint for a knob assembly of an appliance and for connecting a first shaft and a second shaft , comprising: a housing formed in a cylindrical shape having a predetermined length and having a hollow inner space formed therein and an insertion hole formed at one longitudinal side thereof to allow the hollow inner space to be open to an outside of the housing ; a slot formed in the housing and extending in a longitudinal direction of the housing ; a first shaft support inserted into the housing ; and a coupling shaft provided at the first shaft support to rotatably couple the first shaft support to the housing , the first shaft support is inserted into the housing through the insertion hole , the coupling shaft is inserted into the slot to be linearly movable in the longitudinal direction of the housing and to be rotatable; and a coil spring to be elastically stretched in the longitudinal direction of the housing and to be elastically bent in a rotation direction of the first shaft support , wherein one side of the coil spring is coupled to the first shaft support , wherein the coil spring provides an elastic force for returning positions of the first shaft support changed due to linear movement of the coupling shaft and postures of the first shaft support changed due to rotation of the coupling shaft to original or initial states, characterised by a second shaft support inserted into the housing and provided between the insertion hole and the first shaft support ; the coupling shaft being provided at the second shaft support ; and the second shaft support is inserted into the housing through the insertion hole ; and the coil spring is provided between the first shaft support and the second shaft support , wherein another side of the coil spring is coupled to the second shaft support ; and wherein the coil spring provides an elastic force for returning positions of the second shaft support changed due to linear movement of the coupling shafts and postures of the second shaft support changed due to rotation of the coupling shafts to original or initial states.
An elongated member for sealing off an opening disposed through an enclosure wall having a plurality of cables disposed therethrough, comprising: a first end and a second end disposed opposite the first end along a longitudinal axis (A 1 ); a strain relief portion disposed at the first end , the strain relief portion including a plurality of recesses forming a plurality of openings configured to each receive one of a plurality of fiber optic cables, each of the plurality of recesses separated by one of a plurality of external surfaces and disposed parallel to the longitudinal axis (A 1 ); a sealing portion disposed at the second end , the sealing portion including a plurality of second recesses forming a plurality of second openings configured to each receive one of the plurality of fiber optic cables, each of the plurality of second recesses separated by one of a plurality of second external surfaces and disposed parallel to the longitudinal axis, each of the plurality of external surfaces of the strain relief portion comprising two extension members configured to at least partially close one of the plurality of openings when subjected to a plurality of inwardly-facing forces directed towards an interior of the strain relief portion , wherein each extension member extends away from the interior of the strain relief portion , such that points being on two of the extension members and therefore also on the plurality of external surfaces are not equidistant to the longitudinal axis (A 1 ). a first end and a second end disposed opposite the first end along a longitudinal axis (A 1 ); a strain relief portion disposed at the first end , the strain relief portion including a plurality of recesses forming a plurality of openings configured to each receive one of a plurality of fiber optic cables, each of the plurality of recesses separated by one of a plurality of external surfaces and disposed parallel to the longitudinal axis (A 1 ); a sealing portion disposed at the second end , the sealing portion including a plurality of second recesses forming a plurality of second openings configured to each receive one of the plurality of fiber optic cables, each of the plurality of second recesses separated by one of a plurality of second external surfaces and disposed parallel to the longitudinal axis, each of the plurality of external surfaces of the strain relief portion comprising two extension members configured to at least partially close one of the plurality of openings when subjected to a plurality of inwardly-facing forces directed towards an interior of the strain relief portion , wherein each extension member extends away from the interior of the strain relief portion , such that points being on two of the extension members and therefore also on the plurality of external surfaces are not equidistant to the longitudinal axis (A 1 ).
An imaging apparatus comprising: - a first image providing unit for providing a first image showing a region of an object, which includes a resection part to be resected by a first resection procedure, - a second image providing unit for providing a second image (10; 51) showing a resected part , which has been resected, of the object, - a registration unit for registering the first image and the second image (10; 51) with respect to each other, - a smallest margin determination unit for determining a smallest margin region being an image region where a margin between the resection part and the resected part is smallest based on the registered first and second images, and - a display unit for displaying the smallest margin region in the second image wherein - the first image providing unit provides the first image such that an outer border of the resection part is detectable by segmentation, - the second image providing unit provides the second image such that an outer border of the resected part is detectable by segmentation, - the smallest margin determination unit determines the smallest margin region by - determining the margin between the outer border of the resection part and the outer border of the resected part and - determining the region, where the determined margin is smallest, as smallest margin region. - a first image providing unit for providing a first image showing a region of an object, which includes a resection part to be resected by a first resection procedure, - a second image providing unit for providing a second image (10; 51) showing a resected part , which has been resected, of the object, - a registration unit for registering the first image and the second image (10; 51) with respect to each other, - a smallest margin determination unit for determining a smallest margin region being an image region where a margin between the resection part and the resected part is smallest based on the registered first and second images, and - a display unit for displaying the smallest margin region in the second image wherein - the first image providing unit provides the first image such that an outer border of the resection part is detectable by segmentation, - the second image providing unit provides the second image such that an outer border of the resected part is detectable by segmentation, - the smallest margin determination unit determines the smallest margin region by - determining the margin between the outer border of the resection part and the outer border of the resected part and - determining the region, where the determined margin is smallest, as smallest margin region.
Electrosurgical generator that is designed to output a high-frequency AC voltage to an electrosurgical instrument , comprising a DC voltage supply and a high-voltage inverter that is fed from the DC voltage supply and generates a high-frequency AC voltage having a variable voltage and frequency that is applied to an output for the connection of the electrosurgical instrument , characterized in that the inverter is configured as a multilevel inverter and comprises a plurality of inverter cells connected in a cascaded manner that are driven by a control device .
A processor for clearing a cache line, comprising: a decoder to decode an instruction to zero a cache line; an execution unit , coupled to the decoder, to issue a command responsive to the decode of the instruction; characterised by an interconnect , responsive to receipt of the command, to issue a snoop to each of a plurality of coherent caches for which it must be determined if there is a hit, wherein the execution unit on its own, the interconnect, or the execution unit responsive to a message from the interconnect, is to cause a cache line in one of the plurality of coherent caches coupled to the execution unit to be configured to indicate all zeros when the snoop did not cause the cache line write of zeros to be performed. a decoder to decode an instruction to zero a cache line; an execution unit , coupled to the decoder, to issue a command responsive to the decode of the instruction; characterised by an interconnect , responsive to receipt of the command, to issue a snoop to each of a plurality of coherent caches for which it must be determined if there is a hit, wherein the execution unit on its own, the interconnect, or the execution unit responsive to a message from the interconnect, is to cause a cache line in one of the plurality of coherent caches coupled to the execution unit to be configured to indicate all zeros when the snoop did not cause the cache line write of zeros to be performed.
A method for producing a sintered magnet comprising the steps of: producing an R-Fe-B-based magnet powder by a reduction-diffusion method, adding a R-Al-Cu powder as a sintering agent to the R-Fe-B-based magnet powder to form a mixed powder, and sintering the mixed powder to form a sintered magnet, wherein the R-Al-Cu powder is an alloy of R, Al and Cu, and the R is Nd, Pr, Dy, Tb or Ce, characterized in that the method further comprises a step of forming the R-Al-Cu powder as the sintering agent, wherein the step of forming the R-Al-Cu powder comprises the steps of: mixing RH 2 powder, Al powder, and Cu powder to form a sintered precursor, agglomerating the sintered precursor, raising the temperature of the agglomerated sintered precursor to form a metal alloy, and pulverizing the metal alloy to form the sintering agent. producing an R-Fe-B-based magnet powder by a reduction-diffusion method, adding a R-Al-Cu powder as a sintering agent to the R-Fe-B-based magnet powder to form a mixed powder, and sintering the mixed powder to form a sintered magnet, wherein the R-Al-Cu powder is an alloy of R, Al and Cu, and the R is Nd, Pr, Dy, Tb or Ce, characterized in that the method further comprises a step of forming the R-Al-Cu powder as the sintering agent, wherein the step of forming the R-Al-Cu powder comprises the steps of: mixing RH 2 powder, Al powder, and Cu powder to form a sintered precursor, agglomerating the sintered precursor, raising the temperature of the agglomerated sintered precursor to form a metal alloy, and pulverizing the metal alloy to form the sintering agent. mixing RH 2 powder, Al powder, and Cu powder to form a sintered precursor, agglomerating the sintered precursor, raising the temperature of the agglomerated sintered precursor to form a metal alloy, and pulverizing the metal alloy to form the sintering agent.
A device for generating and automatically controlling a displacement force of a mobile entity of which the position and the orientation are determined in real time, this device comprising the following means, - means for generating at least one displacement force, said means for generating at least one displacement force being able to be controlled to generate a force in several different directions; - reception means for receiving a radio-frequency signal; - emission means for emitting an electromagnetic signal, said electromagnetic signal being emitted in response to an activation signal and enabling the real-time location of a mobile entity comprising said device; - control means connected to said reception means and to said emission means for emitting an electromagnetic signal, said control means being configured for ∘ controlling said means to generate at least one displacement force in response to control information from a received radio-frequency signal and ∘ generating an activation signal in response to synchronization information from a received radio-frequency signal, wherein said means for generating at least one displacement force comprise mechanical parts of vibrator type wherein said mechanical parts comprise at least one motor and at least one eccentric fly weight which is driven, directly or indirectly, by said at least one motor, said device further comprising at least one vertical stop movably fastened to the mechanical parts or an elastic vertical stop rigidly and/or movably fastened to the mechanical parts, said at least one stop being mounted such that it is struck by said at least one fly weight at each revolution of said at least one fly weight. - means for generating at least one displacement force, said means for generating at least one displacement force being able to be controlled to generate a force in several different directions; - reception means for receiving a radio-frequency signal; - emission means for emitting an electromagnetic signal, said electromagnetic signal being emitted in response to an activation signal and enabling the real-time location of a mobile entity comprising said device; - control means connected to said reception means and to said emission means for emitting an electromagnetic signal, said control means being configured for ∘ controlling said means to generate at least one displacement force in response to control information from a received radio-frequency signal and ∘ generating an activation signal in response to synchronization information from a received radio-frequency signal, ∘ controlling said means to generate at least one displacement force in response to control information from a received radio-frequency signal and ∘ generating an activation signal in response to synchronization information from a received radio-frequency signal,
Drum motor , comprising - a drum tube with a cavity formed therein and a longitudinal axis (A), - a shaft , which extends in the longitudinal axis (A) and on which the drum tube is mounted by means of at least one rotary bearing , - an electric drive unit arranged in the cavity of the drum tube , comprising a stator and a rotor , which are arranged in the longitudinal axis (A) of the drum tube , and wherein the rotor is connected to the drum tube and the stator is connected to the shaft , and - a control unit for controlling the drive unit , characterized in that the control unit has a frequency converter, and wherein the control unit with the frequency converter is fixed directly to the shaft outside the drum tube . - a drum tube with a cavity formed therein and a longitudinal axis (A), - a shaft , which extends in the longitudinal axis (A) and on which the drum tube is mounted by means of at least one rotary bearing , - an electric drive unit arranged in the cavity of the drum tube , comprising a stator and a rotor , which are arranged in the longitudinal axis (A) of the drum tube , and wherein the rotor is connected to the drum tube and the stator is connected to the shaft , and - a control unit for controlling the drive unit ,
An additive manufacturing method, comprising: forming a part using additive manufacturing ; bringing the part to a first temperature ; measuring the part along at least three axes while the part is at the first temperature to determine a size of the part at the first temperature along the at least three axes ; bringing the part to a second temperature, different than the first temperature ; measuring the part along the at least three axes while the part is at the second temperature to determine a size of the part at the second temperature along the at least three axes ; comparing the size of the part at the first temperature and the size of the part at the second temperature along the at least three axes to calculate a coefficient of thermal expansion per a unit of measure per a unit of temperature change ; generating a tool path that compensates for the coefficient of thermal expansion ; bringing the part to the first temperature; and trimming the part while the part is at the first temperature using the tool path that compensates for the coefficient of thermal expansion ; forming a part using additive manufacturing ; bringing the part to a first temperature ; measuring the part along at least three axes while the part is at the first temperature to determine a size of the part at the first temperature along the at least three axes ; bringing the part to a second temperature, different than the first temperature ; measuring the part along the at least three axes while the part is at the second temperature to determine a size of the part at the second temperature along the at least three axes ; comparing the size of the part at the first temperature and the size of the part at the second temperature along the at least three axes to calculate a coefficient of thermal expansion per a unit of measure per a unit of temperature change ; generating a tool path that compensates for the coefficient of thermal expansion ; bringing the part to the first temperature; and trimming the part while the part is at the first temperature using the tool path that compensates for the coefficient of thermal expansion ;
Refrigeration appliance , which is delimited by at least one side wall and has a machine space carcass , wherein an electrically conductive earthing clip is provided on the machine space carcass , which is in electrical contact with the side wall and can be connected to earth by way of an earthing cable, wherein the side wall has an electrically conductive contact section , which is connected to the electrically conductive earthing clip for electrical contacting, characterised in that the side wall can be snap-fitted onto the machine space carcass and that the machine space carcass has a receiving space for the earthing clip .
A disinfecting chamber, comprising: a chamber body ; a chamber cover coupled to the chamber body and a vapor source containing a vapor, wherein the chamber cover is arranged to receive the vapor from the vapor source ; and a vapor core coupled to the chamber cover to receive the vapor, wherein the vapor core channels the vapor to an interior of the chamber body , wherein the vapor core comprises at least one hole for passing the vapor into an interior of the chamber body , wherein, in use the vapor contacts a surface of an instrument within the chamber body , and wherein an anti-microbial film is deposited on the surface of the instrument after the contact, wherein the disinfecting chamber comprises at least one disc coupled to the vapor core , and characterised in that , the disc comprises slots wherein the slots include a first open end disposed on an outside circumference of the disc , and a second closed end opposite the first open end; and wherein in use the instrument is loaded into one or more of the slots such that the at least one instrument is held substantially adjacent to the vapor core . a chamber body ; a chamber cover coupled to the chamber body and a vapor source containing a vapor, wherein the chamber cover is arranged to receive the vapor from the vapor source ; and a vapor core coupled to the chamber cover to receive the vapor, wherein the vapor core channels the vapor to an interior of the chamber body , wherein the vapor core comprises at least one hole for passing the vapor into an interior of the chamber body , wherein, in use the vapor contacts a surface of an instrument within the chamber body , and wherein an anti-microbial film is deposited on the surface of the instrument after the contact, wherein the disinfecting chamber comprises at least one disc coupled to the vapor core , and characterised in that , the disc comprises slots wherein the slots include a first open end disposed on an outside circumference of the disc , and a second closed end opposite the first open end; and wherein in use the instrument is loaded into one or more of the slots such that the at least one instrument is held substantially adjacent to the vapor core .
An apparatus comprising a plurality of at least three sector shaped bodies which can be assembled together in an assembled state to form a spherical body, wherein each of the plurality of bodies define a cavity within which a separate item is received, and wherein said cavity has a cavity opening through which the item can be withdrawn from the cavity , and wherein said cavity opening is obstructed by an adjacent one of the plurality of bodies when the plurality of bodies is in the assembled state, but can be exposed by moving one or more of said bodies away from the remainder of the bodies . wherein each of the plurality of bodies define a cavity within which a separate item is received, and wherein said cavity has a cavity opening through which the item can be withdrawn from the cavity , and wherein said cavity opening is obstructed by an adjacent one of the plurality of bodies when the plurality of bodies is in the assembled state, but can be exposed by moving one or more of said bodies away from the remainder of the bodies .