mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for generative manufacture of a three-dimensional object , by successive layer-wise selective hardening of construction material layers consisting of hardenable construction material , by means of at least one energy beam , comprising at least one device for generating at least one energy beam for layer-wise selective hardening of individual construction material layers consisting of hardenable construction material , wherein the at least one device is designed for generating an energy beam that is oriented directly onto a construction plane , characterised by a suction device which is designed for suctioning non-hardened construction material which is detached from the construction plane on account of the process, and/or process gases resulting on account of the process, wherein the suction device comprises at least one suction element through which a suction flow can flow, wherein at least one through-opening for passage of the energy beam that is generated by the at least one device and is oriented directly onto the construction plane is formed in the at least one suction element .
An oxidation-resistant heat-resistant alloy comprising by mass percentage: 2.5%-6% of Al, 30%-50% of Ni, 2%-8% of W, 0.01%-0.4% of Hf, 24%-30% of Cr, 0.3%-0.55% of C, 0.01%-0.2% of Ti, 0.01%-0.2% of Zr, 0.01%-0.2% of Y, 0.01%-0.2% of V; N<0.05%, O<0.003%, S<0.003%, and Si<0.5%, the balance being Fe and inevitable impurities, wherein merely one of Ti and V is comprised and wherein in an oxidizing atmosphere of 1000-1200°C, no less than 90% of an area of an oxidation film that is formed at a surface of the alloy is an Al 2 O 3 film. 2.5%-6% of Al, 30%-50% of Ni, 2%-8% of W, 0.01%-0.4% of Hf, 24%-30% of Cr, 0.3%-0.55% of C, 0.01%-0.2% of Ti, 0.01%-0.2% of Zr, 0.01%-0.2% of Y, 0.01%-0.2% of V; N<0.05%, O<0.003%, S<0.003%, and Si<0.5%, the balance being Fe and inevitable impurities, wherein merely one of Ti and V is comprised and wherein in an oxidizing atmosphere of 1000-1200°C, no less than 90% of an area of an oxidation film that is formed at a surface of the alloy is an Al 2 O 3 film.
A high-peak-power laser pulse generation system , comprising: - at least one first light source for emitting first laser pulses (I L ) comprising one or more laser line(s); - a fiber device for transporting said first laser pulses, comprising at least one first multimode fiber with a single core designed to receive said first laser pulses; - a module for temporally shaping said first laser pulses, arranged upstream of the fiber device, configured so as to reduce the power spectral density of said first laser pulses by reducing the temporal coherence, wherein the laser pulse generation system is characterized in that : - said first laser pulses (I L ) are nanosecond laser pulses, and - said temporal shaping module comprises a rotating reflective device (22 - 25) rotating about a given axis of rotation, configured so as to reflect said first laser pulses (I L ) with Doppler spectral broadening. - at least one first light source for emitting first laser pulses (I L ) comprising one or more laser line(s); - a fiber device for transporting said first laser pulses, comprising at least one first multimode fiber with a single core designed to receive said first laser pulses; - a module for temporally shaping said first laser pulses, arranged upstream of the fiber device, configured so as to reduce the power spectral density of said first laser pulses by reducing the temporal coherence, wherein the laser pulse generation system is characterized in that : - said first laser pulses (I L ) are nanosecond laser pulses, and - said temporal shaping module comprises a rotating reflective device (22 - 25) rotating about a given axis of rotation, configured so as to reflect said first laser pulses (I L ) with Doppler spectral broadening. - said first laser pulses (I L ) are nanosecond laser pulses, and - said temporal shaping module comprises a rotating reflective device (22 - 25) rotating about a given axis of rotation, configured so as to reflect said first laser pulses (I L ) with Doppler spectral broadening.
A method, comprising: receiving , by a service component of a first computing device , contextual information indicating one or more portions of an operating environment of a second computing device ; receiving performance information that is associated with one or more operations being performed by the second computing device in the operating environment; and in response to correlating the contextual information with the performance information, communicating configuration information to the second computing device, wherein the correlating includes receiving other information that is associated with third party searches about one or more hardware and/or software issues associated with the contextual information and/or the performance information and determining a causation of at least a portion of the performance information from one or more portions of the contextual information based on the other information. receiving , by a service component of a first computing device , contextual information indicating one or more portions of an operating environment of a second computing device ; receiving performance information that is associated with one or more operations being performed by the second computing device in the operating environment; and in response to correlating the contextual information with the performance information, communicating configuration information to the second computing device, wherein the correlating includes receiving other information that is associated with third party searches about one or more hardware and/or software issues associated with the contextual information and/or the performance information and determining a causation of at least a portion of the performance information from one or more portions of the contextual information based on the other information.
An apparatus comprising: means for receiving one or more sensed signals from one or more wearable sensors, wherein a wearable sensor is for sensing a user's body and outputting a sensed signal dependent upon one or more biological processes of the user; means for processing the one or more sensed signals to detect one or more bio signals that are determined by the one or more biological processes of the user; means for processing the one or more sensed signals to detect a user input signal indicative of the user touching at least one of the wearable sensors; means for processing the user input signal to identify a user input command; means for processing the one or more sensed signals over a first period of time to detect the user input signal over the first period of time; and means for processing the one or more sensed signals over the first period of time to remove from the one or more sensed signals at least the detected user input signal over the first period of time, prior to the detection of the one or more bio signals over the first period of time that are determined by the one or more biological processes of the user over the first period of time. means for receiving one or more sensed signals from one or more wearable sensors, wherein a wearable sensor is for sensing a user's body and outputting a sensed signal dependent upon one or more biological processes of the user; means for processing the one or more sensed signals to detect one or more bio signals that are determined by the one or more biological processes of the user; means for processing the one or more sensed signals to detect a user input signal indicative of the user touching at least one of the wearable sensors; means for processing the user input signal to identify a user input command; means for processing the one or more sensed signals over a first period of time to detect the user input signal over the first period of time; and means for processing the one or more sensed signals over the first period of time to remove from the one or more sensed signals at least the detected user input signal over the first period of time, prior to the detection of the one or more bio signals over the first period of time that are determined by the one or more biological processes of the user over the first period of time.
A deep orbital access retractor, comprising: a) a compressible handle section having two arms and having a size and shape to be manipulated by at least two digits of a clinician; the deep orbital access retractor characterized in that it includes b) a flexible head section having two arms with each arm having a distal end and a proximal end, said distal ends of said arms spaced apart forming a gap there-between at a flexible distal tip section , a flexible flange material enveloping and enclosing said two arms and said gap and extending around a periphery of said flexible head section, and including a flexible diaphragm attached to and extending between said two arms to provide a generally spoon-shaped flexible head section; and c) said flexible head section being linked to said compressible handle section with a linkage between said arms of said compressible handle section and said proximal ends of said arms such that upon compression of said arms of said handle section said arms articulate with respect to each other thereby causing narrowing of the flexible head section to allow for insertion into the orbit and positioning between soft tissue and bone while said flexible diaphragm remains in sufficient tension to not obstruct the view of the operator into the orbit, and wherein when compression is released the flexible diaphragm develops sufficient tension and rigidity for applying sufficient force to retract the orbital contents of a patient to allow access to orbital walls. a) a compressible handle section having two arms and having a size and shape to be manipulated by at least two digits of a clinician; the deep orbital access retractor characterized in that it includes b) a flexible head section having two arms with each arm having a distal end and a proximal end, said distal ends of said arms spaced apart forming a gap there-between at a flexible distal tip section , a flexible flange material enveloping and enclosing said two arms and said gap and extending around a periphery of said flexible head section, and including a flexible diaphragm attached to and extending between said two arms to provide a generally spoon-shaped flexible head section; and c) said flexible head section being linked to said compressible handle section with a linkage between said arms of said compressible handle section and said proximal ends of said arms such that upon compression of said arms of said handle section said arms articulate with respect to each other thereby causing narrowing of the flexible head section to allow for insertion into the orbit and positioning between soft tissue and bone while said flexible diaphragm remains in sufficient tension to not obstruct the view of the operator into the orbit, and wherein when compression is released the flexible diaphragm develops sufficient tension and rigidity for applying sufficient force to retract the orbital contents of a patient to allow access to orbital walls.
Motor vehicle, comprising a driver assistance system for identifying curbs located within the vehicle's environment and for issuing a warning or for performing a longitudinal or lateral guidance operation, wherein the driver assistance system has at least a camera for capturing images of the vehicle's environment and a control apparatus for evaluating the images to identify any possible curbs appearing in the image, wherein the control apparatus is assigned a memory with comparison images showing different types of curbs stored therein, wherein the control apparatus is designed to classify a curb identified in an image by comparing the image with a comparison image and to issue the warning or to perform the operation depending on the classification result.
Internal gear fluid machine with a housing , a ring gear rotatably mounted in the housing about a ring gear axis of rotation and a pinion gear rotatably mounted in the ring gear about a pinion gear axis of rotation offset parallel to the ring gear axis of rotation , wherein, viewed in cross-section, on the one hand, to form a first sealing location , an inner gearing of the ring gear is in sealing engagement with an outer gearing of the pinion gear in an engagement region fixed to the housing and, on the other hand, to form a second sealing location , at least one tooth head of the inner gearing is in contact with a tooth head of the outer gearing a sealing manner or both the tooth head of the inner gearing and the tooth head of the outer gearing are in contact with a filler piece on opposing sides, wherein a first fluid space is present between the inner gearing and the outer gearing on one side of a pressure chord intersecting the first sealing location and the second sealing location and a second fluid space is present on the other side of the pressure chord , and wherein the ring gear is rotatably mounted in a compensation ring received in a compensation ring receptacle of the housing with clearance in the radial direction, wherein the compensation ring is held on the housing so as to be pivotable about a pivot axis into different pivot positions and is fixed in the circumferential direction within the housing by means of an anti-rotation device , characterised in that the compensation ring is associated with a plurality of support devices which each form a tilting bearing for tilting the compensation ring with respect to the housing about a tilting axis.
A storage device comprising: a memory device including a memory cell array configured to store metadata and main data; and a storage controller configured to access the memory device and control the memory device , wherein the storage controller is configured to read data from the memory device at a speed that is adaptively varied to a first read speed (Level N) or a second read speed (Level F) according to a state of the memory device , the second read speed (Level F) being faster than the first read speed (Level N), wherein the storage controller is configured to perform error detection for the read data from the memory device and to operate the memory device at the second read speed (Level F) until an error is detected in the read data, and characterized in that the storage controller is configured to operate the memory device at the first read speed (Level N) based on a number of errors detected in the read data exceeding an error threshold (Th). a memory device including a memory cell array configured to store metadata and main data; and a storage controller configured to access the memory device and control the memory device , wherein the storage controller is configured to read data from the memory device at a speed that is adaptively varied to a first read speed (Level N) or a second read speed (Level F) according to a state of the memory device , the second read speed (Level F) being faster than the first read speed (Level N), wherein the storage controller is configured to perform error detection for the read data from the memory device and to operate the memory device at the second read speed (Level F) until an error is detected in the read data, and characterized in that the storage controller is configured to operate the memory device at the first read speed (Level N) based on a number of errors detected in the read data exceeding an error threshold (Th).
A sealing apparatus of a pouch-type secondary battery which seals a pouch case in which an electrode assembly is installed, wherein the sealing apparatus comprises upper and lower sealing blocks and at least one sealing block of the upper and lower sealing blocks has a sealing groove having a slanted step portion which is formed at a position corresponding to a lead of the pouch-type secondary battery, wherein the sealing apparatus is installed to be ascendable and descendible by an ascending/descending means provided above and below a pouch sealing portion, the sealing apparatus is arranged to compress the sealing portion as it ascends and desends, and the sealing apparatus is suitable to heat the sealing portion with heat generated by a heating means equippt therein, and a lead guide for seating the lead on the sealing groove is installed in front of the sealing block, wherein the lead guide is a pair of blocks which form a gap space in which the lead can be accommodated, wherein the lead guide is movable vertically and sideways, wherein the lead guide is operated vertically with the gap space maintained in order to determine the position of the lead, and the lead guide is operated sideways to adjust the gap space in order to determine the position of the lead.
A brake actuator which drives a piston movably held by a caliper , the brake actuator comprising: an electric motor having a rotation shaft ; an output shaft which transmits motive power of the electric motor to the piston; a speed reduction mechanism provided between the rotation shaft and the output shaft; a case in which the electric motor and the speed reduction mechanism are accommodated; an accommodating portion provided to the case, the electric motor being accommodated in the accommodating portion; and a support portion provided to the case, and arranged in side-by-side relationship with the accommodating portion in a direction crossing an axial direction of the accommodating portion to support the output shaft, wherein the support portion has three or more caliper fixing portions (23d1, 23d2, 23d3) fixed to the caliper, the caliper fixing portions being arranged so as to surround the output shaft, one of the caliper fixing portions is defined as a first caliper fixing portion (23d1), and the first caliper fixing portion is arranged on an extension line aligned with a straight line extending from the rotation shaft to the output shaft, characterized in that the support portion further includes a second caliper fixing portion (23d2), and a third caliper fixing portion (23d3), and the second caliper fixing portion and the third caliper fixing portion are arranged near an outer circumferential wall portion of the case coupling the accommodating portion and the support portion to each other. an electric motor having a rotation shaft ; an output shaft which transmits motive power of the electric motor to the piston; a speed reduction mechanism provided between the rotation shaft and the output shaft; a case in which the electric motor and the speed reduction mechanism are accommodated; an accommodating portion provided to the case, the electric motor being accommodated in the accommodating portion; and a support portion provided to the case, and arranged in side-by-side relationship with the accommodating portion in a direction crossing an axial direction of the accommodating portion to support the output shaft, wherein the support portion has three or more caliper fixing portions (23d1, 23d2, 23d3) fixed to the caliper, the caliper fixing portions being arranged so as to surround the output shaft, one of the caliper fixing portions is defined as a first caliper fixing portion (23d1), and the first caliper fixing portion is arranged on an extension line aligned with a straight line extending from the rotation shaft to the output shaft, characterized in that the support portion further includes a second caliper fixing portion (23d2), and a third caliper fixing portion (23d3), and the second caliper fixing portion and the third caliper fixing portion are arranged near an outer circumferential wall portion of the case coupling the accommodating portion and the support portion to each other.
Seal arrangement for use in a fluid valve , comprising: • an actuatable valve body for opening and closing at least one connection of the fluid valve , and • at least one seal for sealing abutment against the valve body at one side and for sealing abutment against a valve housing of the fluid valve at the other side, wherein integrally formed on the valve body sectionally is at least one elevation from the valve-body lateral surface for activating the seal in a closed position of the fluid valve , wherein the elevation is integrally formed in a circular closed encircling manner on the valve-body lateral surface, wherein a face side, facing the valve body , of the seal comprises a circular-ring-shaped closed encircling bead which is configured to interact with the elevation with static and linear and/or areal sealing action, wherein the seal comprises an elastically deformable plastic base part, characterized in that a thin hard plastic layer is vulcanized on the valve-body-side face side of the seal , which layer, in the region of the bead, is shaped in a manner complementary to the plastic base part, wherein the plastic base part extends into the hard plastic layer and in the process forms the bead. • an actuatable valve body for opening and closing at least one connection of the fluid valve , and • at least one seal for sealing abutment against the valve body at one side and for sealing abutment against a valve housing of the fluid valve at the other side, wherein integrally formed on the valve body sectionally is at least one elevation from the valve-body lateral surface for activating the seal in a closed position of the fluid valve , wherein the elevation is integrally formed in a circular closed encircling manner on the valve-body lateral surface, wherein a face side, facing the valve body , of the seal comprises a circular-ring-shaped closed encircling bead which is configured to interact with the elevation with static and linear and/or areal sealing action, wherein the seal comprises an elastically deformable plastic base part, characterized in that a thin hard plastic layer is vulcanized on the valve-body-side face side of the seal , which layer, in the region of the bead, is shaped in a manner complementary to the plastic base part, wherein the plastic base part extends into the hard plastic layer and in the process forms the bead.
An error correction decoding device for decoding received error correction code frames that are iteratively decodable, the error correction decoding device comprising: at least one error correction decoding unit configured to iteratively perform error correction decoding processing for each of the received error correction code frames by a number of times of a respective decoding iteration count to obtain error correction decoded frames ; characterized by an iteration count setting unit configured to variably set the respective decoding iteration count for each of the received error correction code frames based on a requested throughput and a requested correction performance , wherein there is a change in the respective decoding iteration counts set by the iteration count unit ; an output timing setting unit configured to determine an output timing for outputting sequentially each of the error correction decoded frames from the at least one error correction decoding unit within a stable delay, based on a requested delay , where the output timing for each of the error correction decoded frames is set so that (a) the iterative error correction decoding processing, by the number of times of the respective decoding iteration count, for the corresponding error correction code frame is finished, (b) the outputting of the respective previous error correction decoded frame is completed, and (c) the iterative error correction decoding processing for the respective next error correction code frame has not been started. (a) the iterative error correction decoding processing, by the number of times of the respective decoding iteration count, for the corresponding error correction code frame is finished, (b) the outputting of the respective previous error correction decoded frame is completed, and (c) the iterative error correction decoding processing for the respective next error correction code frame has not been started.