mhurhangee/patent-ind-claim-en huggingface dataset:
A method for incorporating undercuts in left and right tooth flanks of teeth of a toothed gear blank by hob peeling, wherein the gear blank and a cutting wheel having cutting teeth with right and left cutting edges arranged at an axis intersection angle (θ) to the gear blank are continuously rotationally driven at a fixed speed ratio, the cutting teeth engage in the tooth flanks in a manner that removes shavings and the feed has at least one movement component in the direction of extension of the teeth of the gear blank , characterized in that in two consecutive machining steps the left tooth flanks are each machined by a differential and/or tangential feed component in the anticlockwise direction of rotation (L, TL) with the left cutting edges of the cutting teeth and the right tooth flanks are machined by a differential and/or tangential feed component in the clockwise direction of rotation (R, TR) with the right cutting edges of the cutting teeth .
A crane control system for actuating positioners of a crane , wherein the crane control system is configured to perform the following functions: - receiving target position data which describe a predefined target position of at least one positioner ; - receiving clearance data which describe a user input for clearing a movement of the at least one positioner into the predefined target position; - outputting control data which describe control signals to be outputted to the at least one positioner in order to move the at least one positioner into the predefined target position, characterised in that the control data are outputted for as long as the user activates an operating device in order to activate at least one additional positioner . - receiving target position data which describe a predefined target position of at least one positioner ; - receiving clearance data which describe a user input for clearing a movement of the at least one positioner into the predefined target position; - outputting control data which describe control signals to be outputted to the at least one positioner in order to move the at least one positioner into the predefined target position,
Consignment store for separately accepting, temporarily storing and issuing a plurality of consignments having different dimensions, with a transfer device for separately accepting consignments and for transferring the consignments to separate carrier elements , in particular trays, of the consignment store, with a detecting device for detecting height dimensions of the consignments , with a shelf system comprising holding elements , which are arranged one above the other in a vertical direction and which define holding levels , wherein the holding elements and carrier elements are designed to correspond such that, on the one hand, on at least two adjoining holding levels , two carrier elements each carrying a consignment can be held one above the other in a vertical direction and in that, on the other hand, on at least one holding level , there can be held a carrier element with a consignment taller than the vertical distance to the next higher holding level , wherein at least one control device is provided for assigning carrier elements holding consignments in a vertical direction one above the other to different holding elements and/or storage positions as a function of the detected height dimensions of the consignments carried by the carrier elements , characterised in that an adapting device is provided for adapting a width dimension and/or length dimension of the carrier elements to at least one width dimension and/or length dimension of the associated consignments .
A fan guide unit for a heat exchanger, comprising: a fan guide including: a fitting portion provided along a circumferential direction on a periphery of an opening portion; and at least one protrusion provided on the fitting portion and protruding in a direction intersecting the circumferential direction; and a fan cover including a fitted portion provided corresponding to the fitting portion of the fan guide, wherein the fitted portion of the fan cover is provided with at least one through-hole provided corresponding to the protrusion of the fan guide, wherein: the opening portion of the fan guide is substantially circular; the fitting portion of the fan guide extends in a radial direction from the periphery of the opening portion; and the protrusion extends in the radial direction from a tip of the fitting portion of the fan guide . a fan guide including: a fitting portion provided along a circumferential direction on a periphery of an opening portion; and at least one protrusion provided on the fitting portion and protruding in a direction intersecting the circumferential direction; and a fan cover including a fitted portion provided corresponding to the fitting portion of the fan guide, wherein the fitted portion of the fan cover is provided with at least one through-hole provided corresponding to the protrusion of the fan guide, wherein: the opening portion of the fan guide is substantially circular; the fitting portion of the fan guide extends in a radial direction from the periphery of the opening portion; and the protrusion extends in the radial direction from a tip of the fitting portion of the fan guide . the opening portion of the fan guide is substantially circular; the fitting portion of the fan guide extends in a radial direction from the periphery of the opening portion; and the protrusion extends in the radial direction from a tip of the fitting portion of the fan guide .
An electronic system for foetal monitoring, characterised in that it comprises: - at least four ultrasound sensors sequentially emitting and receiving ultrasound waves, the ultrasound sensors being provided to be positioned on at least one part of the mother's abdomen in order to cover the moving foetal cardiac structure and to carry out measurements of the foetal heart rate, the distance between two ultrasound sensors is maintained by a semi-rigid or semi-elastic link, in order to preserve the geometric distribution of the sensors with each other, the length of said link is comprised between 30 and 60mm, preferably between 37 and 45 mm, the number of ultrasound sensors together form a triangular, square, rectangular or circular network; - a module for controlling the ultrasound sensors comprising a command information of the ultrasound waves sent to at least one ultrasound sensor ; - a module for processing the ultrasound signals for continuously estimating the position of the heart, the foetal heart rhythm and the foetal movements from the signal(s) received from the ultrasound sensors . - at least four ultrasound sensors sequentially emitting and receiving ultrasound waves, the ultrasound sensors being provided to be positioned on at least one part of the mother's abdomen in order to cover the moving foetal cardiac structure and to carry out measurements of the foetal heart rate, the distance between two ultrasound sensors is maintained by a semi-rigid or semi-elastic link, in order to preserve the geometric distribution of the sensors with each other, the length of said link is comprised between 30 and 60mm, preferably between 37 and 45 mm, the number of ultrasound sensors together form a triangular, square, rectangular or circular network; - a module for controlling the ultrasound sensors comprising a command information of the ultrasound waves sent to at least one ultrasound sensor ; - a module for processing the ultrasound signals for continuously estimating the position of the heart, the foetal heart rhythm and the foetal movements from the signal(s) received from the ultrasound sensors .
A nest swing comprising a frame , a brace and a supporting device which serves as nest, is mounted on the frame and provides a supporting surface , wherein the frame comprises two frame sections which are arranged in a pivoting manner with respect to each other and are coupled to each other with interposition of a hinge means , wherein the frame sections and the supporting device can be transferred by a relative pivoting motion of the frame sections with respect to each other from a first position of use into a second position of use and vice versa, wherein the frame sections are each U-shaped and each comprise two U-legs (10, 11; 13, 14) and a basis leg (12; 15) which connects the respective U-legs (10, 11; 13, 14) to each other, wherein the open sides of the frame sections , which sides are placed opposite the respective basis legs (12; 15) are facing each other, characterized by a suspension device for arranging the frame in a hanging manner on a support device, wherein the suspension device comprises a band (18, 20; 17, 19) for each U-leg (10, 11; 13, 14) of the frame sections (5; 6), which bands are each arranged on the U-legs, wherein the two bands (18, 20; 17, 19) of a frame section have the same length and wherein the bands (17, 18; 19, 20) of the U-legs (10, 13; 11, 14), that are respectively facing each other, of the two frame sections are arranged in a distant manner from the frame section on the common brace , the length of which can be adjusted in a continuously variable manner.
A method of producing coated food products comprising: applying a carrier sheet upon a first conveyor unit ; dispensing a web of coating material laterally across a portion of the carrier sheet , with the coating material being in liquid form; delivering a plurality of laterally spaced ropes upon the web , with the ropes being made of a soft and sticky material; solidifying the coating material to form a solid web ; transferring the soft and sticky material upon the carrier sheet and solid web onto a second conveyor unit ; cutting the plurality of laterally spaced ropes into food pieces ; removing the carrier sheet from beneath the solid web ; transferring the soft and sticky material upon the solid web , without the carrier sheet , onto a third conveyor unit ; and enrobing the food pieces while removing portions of the solid web between the food pieces in forming the coated food products having cores of the soft and sticky material. applying a carrier sheet upon a first conveyor unit ; dispensing a web of coating material laterally across a portion of the carrier sheet , with the coating material being in liquid form; delivering a plurality of laterally spaced ropes upon the web , with the ropes being made of a soft and sticky material; solidifying the coating material to form a solid web ; transferring the soft and sticky material upon the carrier sheet and solid web onto a second conveyor unit ; cutting the plurality of laterally spaced ropes into food pieces ; removing the carrier sheet from beneath the solid web ; transferring the soft and sticky material upon the solid web , without the carrier sheet , onto a third conveyor unit ; and enrobing the food pieces while removing portions of the solid web between the food pieces in forming the coated food products having cores of the soft and sticky material.
An integrated Broadband over Power Line (BPL) module cover assembly for communicating between an aircraft and a ground-based network , said integrated BPL module cover assembly comprising: a power receptacle cover plate ; and a BPL module coupled to said power receptacle cover plate . a power receptacle cover plate ; and a BPL module coupled to said power receptacle cover plate .
Drive unit for a breast pump, comprising - a housing , - internal components arranged in the housing , and - a suspension , wherein the internal components are mechanically coupled to each other to form a unit which is mechanically coupled to the housing by way of the suspension , and wherein the suspension comprises at least one resilient element mechanically coupling the unit of components to the housing ; and wherein the resilient element is a spring, a coil spring or a plate spring, wherein the internal components are fixedly or removably arranged on a base structure , the base structure being mechanically coupled to the housing by way of the suspension , and characterized in that all internal components arranged in the housing are mechanically coupled and are arranged on the suspension via the base structure . - a housing , - internal components arranged in the housing , and - a suspension , wherein the internal components are mechanically coupled to each other to form a unit which is mechanically coupled to the housing by way of the suspension , and wherein the suspension comprises at least one resilient element mechanically coupling the unit of components to the housing ; and wherein the resilient element is a spring, a coil spring or a plate spring, wherein the internal components are fixedly or removably arranged on a base structure , the base structure being mechanically coupled to the housing by way of the suspension , and characterized in that all internal components arranged in the housing are mechanically coupled and are arranged on the suspension via the base structure .
A video decoding apparatus comprising: a parsing module configured to parse a network abstraction layer (NAL) unit header of an NAL unit ; a decoding module configured to decode a first picture; characterized in comprising a decoded picture buffer (DPB) configured to store the decoded first picture marked as a reference picture, wherein the parsing module is further configured to parse a slice header of a second picture which is the next picture of the first picture in a decoding order, wherein the decoding module is further configured to re-mark the first picture as a reference picture or a non-reference picture based on reference picture information comprised in a slice header of the second picture, wherein the NAL unit header corresponding to the NAL unit comprising encoded data of the first picture does not comprise information indicating whether the first picture is a reference picture or a non-reference picture in the NAL unit. a parsing module configured to parse a network abstraction layer (NAL) unit header of an NAL unit ; a decoding module configured to decode a first picture; characterized in comprising a decoded picture buffer (DPB) configured to store the decoded first picture marked as a reference picture, wherein the parsing module is further configured to parse a slice header of a second picture which is the next picture of the first picture in a decoding order, wherein the decoding module is further configured to re-mark the first picture as a reference picture or a non-reference picture based on reference picture information comprised in a slice header of the second picture, wherein the NAL unit header corresponding to the NAL unit comprising encoded data of the first picture does not comprise information indicating whether the first picture is a reference picture or a non-reference picture in the NAL unit.
A mouse anti-MCR-1 protein antibody, wherein the mouse anti-MCR-1 protein antibody is: an antibody 1BH8 comprising a light chain variable region and a heavy chain variable region, wherein the light chain variable region comprises complementary-determining region (CDR) L1 shown in SEQ ID NO: 1, CDRL2 shown in SEQ ID NO: 2, and CDRL3 shown in SEQ ID NO: 3; and the heavy chain variable region comprises CDRH1 shown in SEQ ID NO: 4, CDRH2 shown in SEQ ID NO: 5, and CDRH3 shown in SEQ ID NO: 6, the light chain variable region has an amino acid sequence shown in SEQ ID NO: 7, and the heavy chain variable region has an amino acid sequence shown in SEQ ID NO: 9; or, an antibody 1BD9 comprising a light chain variable region and a heavy chain variable region, wherein the light chain variable region comprises CDRL1 shown in SEQ ID NO: 11, CDRL2 shown in SEQ ID NO: 12, and CDRL3 shown in SEQ ID NO: 13; and the heavy chain variable region comprises CDRH1 shown in SEQ ID NO: 14, CDRH2 shown in SEQ ID NO: 15, and CDRH3 shown in SEQ ID NO: 16, the light chain variable region has an amino acid sequence shown in SEQ ID NO: 17, and the heavy chain variable region has an amino acid sequence shown in SEQ ID NO: 19.
Method for providing (B) a secured replica pseudo-random noise signal from a receiver-end provision unit to a receiver unit , wherein a replica pseudo-random noise code is in the form of a code sequence that can be used in a correlation method at the receiver end in order to be able to detect or decode a received signal from a transmitter when the transmitter has used a pseudo-random noise code associated with the replica pseudo-random noise code to modulate the received signal , wherein the replica pseudo-random noise code is modulated (A) with a noise signal by the receiver-end provision unit in order to generate the secured replica pseudo-random noise signal .
A catheter assembly for intracranial treatment of a patient comprising: • an outer flexible tube having a proximal end , a principal lumen extending therealong to the proximal end , and at least one radial aperture through the wall communicating with the lumen , wherein the at least one radial aperture and the lumen are configured to cooperate for transferring fluids between a tissue region in the patient's brain and an external receptacle or device, the tube further defining a secondary lumen next to and separate from the principal lumen and adjacent to the tube outer-wall surface and extending therealong to the proximal end ; and • a depth electrode within the secondary lumen , extending along the length thereof and out the proximal end , the depth electrode having spaced electrical contacts exposed along the flexible tube , thereby facilitating concurrent electrical sensing and fluid flow, wherein the outer tube includes windows therethrough aligned with the electrical contacts of the depth electrode and has a plurality of radial apertures along and around the outer tube. • an outer flexible tube having a proximal end , a principal lumen extending therealong to the proximal end , and at least one radial aperture through the wall communicating with the lumen , wherein the at least one radial aperture and the lumen are configured to cooperate for transferring fluids between a tissue region in the patient's brain and an external receptacle or device, the tube further defining a secondary lumen next to and separate from the principal lumen and adjacent to the tube outer-wall surface and extending therealong to the proximal end ; and • a depth electrode within the secondary lumen , extending along the length thereof and out the proximal end , the depth electrode having spaced electrical contacts exposed along the flexible tube ,
A cable box comprising: - a wall having at least one opening for the passage of a cable , - at least one centering arrangement for centering the cable with respect to the at least one opening formed on the wall , said centering arrangement comprising: - a joining element attached to the wall of the cable box proximate to the at least one opening of the wall , - a centering element extending from the joining element along a longitudinal direction (X-X, Y-Y), the centering element being configured to support a cable passing through the opening , characterized in that : - the centering element comprises two or more portions arranged mutually adjacent along the longitudinal direction (X-X, Y-Y) and configured to rotate mutually and relative to the joining element around a rotation axis (A-A) perpendicular to the longitudinal direction (X-X, Y-Y), the centering element comprising one or more hinge portions , each hinge portion connecting two adjacent portions and being configured to reversibly rotate each portion with respect to the adjacent portions . - a wall having at least one opening for the passage of a cable , - at least one centering arrangement for centering the cable with respect to the at least one opening formed on the wall , said centering arrangement comprising: - a joining element attached to the wall of the cable box proximate to the at least one opening of the wall , - a centering element extending from the joining element along a longitudinal direction (X-X, Y-Y), the centering element being configured to support a cable passing through the opening , - a joining element attached to the wall of the cable box proximate to the at least one opening of the wall , - a centering element extending from the joining element along a longitudinal direction (X-X, Y-Y), the centering element being configured to support a cable passing through the opening , - the centering element comprises two or more portions arranged mutually adjacent along the longitudinal direction (X-X, Y-Y) and configured to rotate mutually and relative to the joining element around a rotation axis (A-A) perpendicular to the longitudinal direction (X-X, Y-Y), the centering element comprising one or more hinge portions , each hinge portion connecting two adjacent portions and being configured to reversibly rotate each portion with respect to the adjacent portions .
A method of determining condition of filter capacitance of a filter connected to the phases of an inverter and adapted to be connected to an alternating voltage source , the inverter comprising parallel connected inverter legs having upper (T1, T2, T3) and lower semiconductor switches (T4, T5, T6) with diodes (D1, D2, D3, D4, D5, D6) connected in antiparallel with the switches, the upper and lower semiconductor switches connected in series between positive and negative buses (DC+, DC-), the upper semiconductor switches being connected to the positive bus and the lower semiconductor switches being connected to the negative bus, wherein the points between the upper and lower semiconductor switches form the phases (a, b, c) of the inverter, and the filter comprising inductive components (L c,a , L c,b , L c,c ) and capacitors (C ab , C bc , C ca ), the inductive components being connected at their first ends to the phases of the inverter and the capacitors connecting the other ends of the inductive components, wherein the method comprises charging the capacitors of the filter, controlling the semiconductor switches of the inverter for short circuiting the capacitors through the inductive components while the filter is disconnected from the alternating voltage source, measuring a current or a voltage in the circuit comprising the filter, determining from the oscillation of the measured current or voltage a value of the filter capacitance. the inverter comprising parallel connected inverter legs having upper (T1, T2, T3) and lower semiconductor switches (T4, T5, T6) with diodes (D1, D2, D3, D4, D5, D6) connected in antiparallel with the switches, the upper and lower semiconductor switches connected in series between positive and negative buses (DC+, DC-), the upper semiconductor switches being connected to the positive bus and the lower semiconductor switches being connected to the negative bus, wherein the points between the upper and lower semiconductor switches form the phases (a, b, c) of the inverter, and the filter comprising inductive components (L c,a , L c,b , L c,c ) and capacitors (C ab , C bc , C ca ), the inductive components being connected at their first ends to the phases of the inverter and the capacitors connecting the other ends of the inductive components, wherein the method comprises charging the capacitors of the filter, controlling the semiconductor switches of the inverter for short circuiting the capacitors through the inductive components while the filter is disconnected from the alternating voltage source, measuring a current or a voltage in the circuit comprising the filter, determining from the oscillation of the measured current or voltage a value of the filter capacitance.