mhurhangee/patent-ind-claim-en huggingface dataset:
Optical system of a microlithographic projection exposure apparatus for operation in the EUV, comprising • at least one polarization-influencing arrangement (100, 200,...) having a first reflection surface (110, 210,...) and a second reflection surface (120, 220,...), wherein the first reflection surface (110, 210,...) and the second reflection surface (120, 220,...) are arranged at an angle of 0°±10° or at an angle of 90°±10° relative to one another; • wherein light incident on the first reflection surface (110, 210,...) during the operation of the optical system forms an angle of 45°±5° with said first reflection surface; • wherein the polarization-influencing arrangement (100, 200,...) is rotatable about a rotation axis running parallel to the light propagation direction of light incident on the first reflection surface (110, 210,...) during the operation of the optical system; and • wherein the polarization-influencing arrangement (100, 200,...) is configured to convert unpolarized light incident on the first reflection surface (110, 210,...) during the operation of the optical system into linearly polarized light emerging from the second reflection surface (120, 220,..). • at least one polarization-influencing arrangement (100, 200,...) having a first reflection surface (110, 210,...) and a second reflection surface (120, 220,...), wherein the first reflection surface (110, 210,...) and the second reflection surface (120, 220,...) are arranged at an angle of 0°±10° or at an angle of 90°±10° relative to one another; • wherein light incident on the first reflection surface (110, 210,...) during the operation of the optical system forms an angle of 45°±5° with said first reflection surface; • wherein the polarization-influencing arrangement (100, 200,...) is rotatable about a rotation axis running parallel to the light propagation direction of light incident on the first reflection surface (110, 210,...) during the operation of the optical system; and • wherein the polarization-influencing arrangement (100, 200,...) is configured to convert unpolarized light incident on the first reflection surface (110, 210,...) during the operation of the optical system into linearly polarized light emerging from the second reflection surface (120, 220,..).
An airfoil assembly comprising: a shroud comprising a first attachment arm , a second attachment arm , and a shroud rail extending from a first surface of the shroud , wherein: a first channel is defined between the first attachment arm , the first surface , and the shroud rail ; and a second channel is defined between the second attachment arm , the first surface , and the shroud rail ; and an airfoil extending from a second surface of the shroud opposite the first surface ; wherein a height of the shroud rail , as measured from the first surface of the shroud , is non-uniform; characterized in that the height of the shroud rail varies in a second direction normal to an axis extending between the first attachment arm and the second attachment arm to tune an aeromechanical response of the airfoil assembly, wherein the second direction is parallel to the first surface . a shroud comprising a first attachment arm , a second attachment arm , and a shroud rail extending from a first surface of the shroud , wherein: a first channel is defined between the first attachment arm , the first surface , and the shroud rail ; and a second channel is defined between the second attachment arm , the first surface , and the shroud rail ; and a first channel is defined between the first attachment arm , the first surface , and the shroud rail ; and a second channel is defined between the second attachment arm , the first surface , and the shroud rail ; and an airfoil extending from a second surface of the shroud opposite the first surface ; wherein a height of the shroud rail , as measured from the first surface of the shroud , is non-uniform; characterized in that the height of the shroud rail varies in a second direction normal to an axis extending between the first attachment arm and the second attachment arm to tune an aeromechanical response of the airfoil assembly, wherein the second direction is parallel to the first surface .
A method comprising: transmitting by an anonymity proxy a privacy proxy uniform resource identifier to a service node to cause the service node to transmit a privacy enabled uniform resource identifier to a user equipment ; establishing by the anonymity proxy a privacy connection with the user equipment in response to receiving a request to connect including a uniform resource identifier from the user equipment , wherein the uniform resource identifier is a portion of the privacy enabled uniform resource identifier generated by the service node based at least in part on the privacy proxy uniform resource identifier; and causing by the anonymity proxy the transmission of a second request message to the service node in response to receiving a first request message from the user equipment through the established privacy connection. transmitting by an anonymity proxy a privacy proxy uniform resource identifier to a service node to cause the service node to transmit a privacy enabled uniform resource identifier to a user equipment ; establishing by the anonymity proxy a privacy connection with the user equipment in response to receiving a request to connect including a uniform resource identifier from the user equipment , wherein the uniform resource identifier is a portion of the privacy enabled uniform resource identifier generated by the service node based at least in part on the privacy proxy uniform resource identifier; and causing by the anonymity proxy the transmission of a second request message to the service node in response to receiving a first request message from the user equipment through the established privacy connection.
A Chimeric antigen receptor (CAR) comprising from N-terminus to C-terminus: (i) an I domain of the α L subunit of human lymphocyte function-associated antigen-1, (ii) a transmembrane domain, (iii) at least one co-stimulatory domain, and (iv) an activating domain, wherein the I domain comprises amino acids 130-310 of SEQ ID NO: 1 with one mutation of F292A, F292S, L289G, F265S or F292G. (i) an I domain of the α L subunit of human lymphocyte function-associated antigen-1, (ii) a transmembrane domain, (iii) at least one co-stimulatory domain, and (iv) an activating domain,
A subsea apparatus for scanning a subsea structure to detect changes in density between different parts of the structure, the apparatus comprising: a source of radiation; and a plurality of detectors , each of the detectors comprising: a scintillator comprising a scintillating material for emitting light in response to incident radiation from the source, and a photodetector for receiving light emitted by the scintillating material and outputting an electrical signal in response to light received from the scintillating material , characterized in that the photodetector of each detector comprises a plurality of silicon photomultipliers and wherein the apparatus is configured such that current output signals of said plurality of silicon photomultipliers are combined in parallel prior to amplification. a source of radiation; and a plurality of detectors , each of the detectors comprising: a scintillator comprising a scintillating material for emitting light in response to incident radiation from the source, and a photodetector for receiving light emitted by the scintillating material and outputting an electrical signal in response to light received from the scintillating material , a scintillator comprising a scintillating material for emitting light in response to incident radiation from the source, and a photodetector for receiving light emitted by the scintillating material and outputting an electrical signal in response to light received from the scintillating material , characterized in that the photodetector of each detector comprises a plurality of silicon photomultipliers and wherein the apparatus is configured such that current output signals of said plurality of silicon photomultipliers are combined in parallel prior to amplification.
Housing for accommodating a lithium-ion accumulator cell, having a base body which has a bottom and two side walls and is of U-shaped design, having a first and a second front cover and a first and a second rear cover , a fire-protection material being arranged in each case between the first and second front cover and between the first and second rear cover , and having a first and a second cover part which are arranged at a distance from one another, forming a gap , and with an envelope of a fire-penetration-resistant fire protection material applied against the second cover part , against the base and against the side walls , and having connecting means provided on the bottom side of the housing and/or on the top side of the housing and connecting means receptacles provided on the bottom side of the housing and/or on the top side of the housing, the connecting means and the connecting means receptacles being designed to correspond to one another.
A safety guard support for a power take off shaft, the safety guard support comprising: a bearing ; and a retainer ring , wherein the bearing and the retainer ring comprise corresponding interlocking formations configured to prevent rotation of the bearing relative the retainer ring about a longitudinal axis; characterised in that the corresponding formations comprise a plurality of circumferentially spaced teeth arranged on a radially inwardly directed face of the retainer ring and on an opposing radially outwardly directed face of the bearing . a bearing ; and a retainer ring , wherein the bearing and the retainer ring comprise corresponding interlocking formations configured to prevent rotation of the bearing relative the retainer ring about a longitudinal axis; characterised in that the corresponding formations comprise a plurality of circumferentially spaced teeth arranged on a radially inwardly directed face of the retainer ring and on an opposing radially outwardly directed face of the bearing .
A header assembly for a heat exchanger , comprising: a header , comprising: a header wall ; an end cap disposed at the end of the header wall to close the end of the header , the end cap having a hole ; a distribution pipe , comprising a distribution part and a connection part , the connection part projecting from the end cap through the hole of the end cap from the distribution part ; and a positioning member , the header assembly being characterized in that the header comprises a recess on the header wall or an opening penetrating the header wall at an end of the header wall ; the opening or recess is at a side of the end cap that faces an end face of the end of the header wall ; the positioning member has a first end and a second end , the first end of the positioning member being connected to the connection part of the distribution pipe , and the second end of the positioning member being engaged in the opening or recess of the header wall of the header . a header , comprising: a header wall ; an end cap disposed at the end of the header wall to close the end of the header , the end cap having a hole ; a distribution pipe , comprising a distribution part and a connection part , the connection part projecting from the end cap through the hole of the end cap from the distribution part ; and a positioning member , the header assembly being characterized in that the header comprises a recess on the header wall or an opening penetrating the header wall at an end of the header wall ; the opening or recess is at a side of the end cap that faces an end face of the end of the header wall ; the positioning member has a first end and a second end , the first end of the positioning member being connected to the connection part of the distribution pipe , and the second end of the positioning member being engaged in the opening or recess of the header wall of the header .
A confection, comprising less than 2% sugar by weight and including: a. soluble fiber having a DP of less than 10, the soluble fiber in an amount of 30% to 70% by dry weight of the confection; b. whey protein in an amount of at least 7% to 25% by dry weight of the confection; c. glycerol in an amount of 5% to 18% by dry weight of the confection; d. a fat in an amount of from 5% to 20% by dry weight of the confection; e. emulsifier in an amount of up to 5% by dry weight of the confection; f. a pH of less than 6; and g. a Brix of 80-85 ° Bx at room temperature. a. soluble fiber having a DP of less than 10, the soluble fiber in an amount of 30% to 70% by dry weight of the confection; b. whey protein in an amount of at least 7% to 25% by dry weight of the confection; c. glycerol in an amount of 5% to 18% by dry weight of the confection; d. a fat in an amount of from 5% to 20% by dry weight of the confection; e. emulsifier in an amount of up to 5% by dry weight of the confection; f. a pH of less than 6; and g. a Brix of 80-85 ° Bx at room temperature.
A disinfection device, integrated in a holder for a toilet brush and containing a fluid reservoir for disinfectant solutions as well as a mechanism, wherein a pedal installed near the floor is to be stepped down upon by the user, by which a mechanism is moved, which opens a valve and guides two flexible curved gripping pads equipped with a disinfectant supply and contoured sponge inserts to the brush handle such that they completely enclose it, and finally, with a wiping movement, reliably disinfect the handle area of the toilet brush with a simultaneous feed of disinfectant, wherein this enables the toilet brush handle to be disinfected without coming into direct skin contact with the toilet brush handle.
An attachment means for fastening a gasket to a heat transfer plate , comprising a bridge , a first connection member , a second connection member and a finger , a first connection part of the first connection member being arranged to engage with the gasket , a second connection part of the first connection member engaging with the bridge , a first connection part of the second connection member being arranged to engage with the gasket , a second connection part of the second connection member engaging with the bridge , a connection part of the finger engaging with the bridge , the finger extending between the first and second connection members and being arranged to extend from the bridge towards the gasket , the first connection member comprising a first and a second portion , the second portion being arranged between the bridge and the first portion , characterized in that the second portion of the first connection member comprises a second body and the first portion of the first connection member comprises a first body and a first retaining means projecting from a longitudinal outer side of the first body in a direction away from the finger so as to give the first portion of the first connection member a first width (wg11) which is larger than a second width (wg12) of the second portion of the first connection member .
A system for determining cyclotorsion of an eye of a patient, the system comprising: a stand-alone Placido ring measuring system configured to measure properties of an astigmatism axis of said eye; a laser source beam configured to emit a laser beam along an axis directed to said eye when said patient is positioned with respect to the system; and a built-in Placido ring measuring system configured to generate a first annular-shaped light beam directed toward said eye, wherein said built-in Placido ring measuring system and said laser source beam are in a common housing; wherein said built-in Placido ring measuring system is configured to generate a second annular-shaped light beam directed toward said eye; wherein said system is configured to receive an image of light reflected off of said eye from said first annular-shaped light beam and said second annular-shaped light beam; wherein said system is configured to determine an astigmatism axis of said eye based on said image; and wherein said built-in Placido ring measuring system is configured to measure said axis of astigmatism to compensate for cyclotorsion of said eye between measurements made by said stand-alone Placido ring measuring system and measurements made by said built-in Placido ring measuring system. a stand-alone Placido ring measuring system configured to measure properties of an astigmatism axis of said eye; a laser source beam configured to emit a laser beam along an axis directed to said eye when said patient is positioned with respect to the system; and a built-in Placido ring measuring system configured to generate a first annular-shaped light beam directed toward said eye, wherein said built-in Placido ring measuring system and said laser source beam are in a common housing; wherein said built-in Placido ring measuring system is configured to generate a second annular-shaped light beam directed toward said eye; wherein said system is configured to receive an image of light reflected off of said eye from said first annular-shaped light beam and said second annular-shaped light beam; wherein said system is configured to determine an astigmatism axis of said eye based on said image; and wherein said built-in Placido ring measuring system is configured to measure said axis of astigmatism to compensate for cyclotorsion of said eye between measurements made by said stand-alone Placido ring measuring system and measurements made by said built-in Placido ring measuring system.
A vision system, comprising: a robotic arm ; a three-dimensional camera disposed on the robotic arm ; a memory operable to store teat location information for a dairy livestock ; and a processor operably coupled to the robotic arm the 3D camera and the memory, and configured to: acquire a 3D image using the 3D camera , wherein each pixel of the 3D image is associated with a depth value; identify a teat of the dairy livestock within the 3D image; characterized in that the processor is further configured to: determine a distance between a portion of the robotic arm and an approach vector for the teat , wherein the approach vector is a position or location where the robot arm can begin the process of attaching a teat cup to the teat ; determine whether the distance between the portion of the robotic arm and the approach vector for the teat is less than an attachment range threshold value, wherein the attachment range threshold value indicates a maximum distance for attaching a teat cup to the teat ; send instructions to the robotic arm to attach a teat cup to the teat when the distance between the portion of the robotic arm and the approach vector for the teat is less than the attachment range threshold value; and send instructions to the robotic arm to move toward the teat based on the teat location information when the distance between the portion of the robotic arm and the approach vector for the teat is greater than the attachment range threshold value. a robotic arm ; a three-dimensional camera disposed on the robotic arm ; a memory operable to store teat location information for a dairy livestock ; and a processor operably coupled to the robotic arm the 3D camera and the memory, and configured to: acquire a 3D image using the 3D camera , wherein each pixel of the 3D image is associated with a depth value; identify a teat of the dairy livestock within the 3D image; acquire a 3D image using the 3D camera , wherein each pixel of the 3D image is associated with a depth value; identify a teat of the dairy livestock within the 3D image; determine a distance between a portion of the robotic arm and an approach vector for the teat , wherein the approach vector is a position or location where the robot arm can begin the process of attaching a teat cup to the teat ; determine whether the distance between the portion of the robotic arm and the approach vector for the teat is less than an attachment range threshold value, wherein the attachment range threshold value indicates a maximum distance for attaching a teat cup to the teat ; send instructions to the robotic arm to attach a teat cup to the teat when the distance between the portion of the robotic arm and the approach vector for the teat is less than the attachment range threshold value; and send instructions to the robotic arm to move toward the teat based on the teat location information when the distance between the portion of the robotic arm and the approach vector for the teat is greater than the attachment range threshold value.
A transport system , comprising: at least one running rail having at least one running rail section and at least one movable transport device , which is guided along the at least one running rail section , wherein the running rail section comprises a first running surface , wherein the first running surface comprises a substantially rounded surface and includes a guide center , wherein the guide center essentially forms a geometric circle center , the circular surface of which approximately encloses the rounded surface of the first running surface , wherein the transport device comprises at least a first roller which rotatably abuts on the first running surface , wherein the first roller is rotatably mounted at at least one movable element of a base body of the transport device in order to carry out a pivoting movement along the substantially rounded surface of the first running surface , characterized in that a rotational axis of the movable element and the guide center are arranged substantially at the same height for the pivoting movement . at least one running rail having at least one running rail section and at least one movable transport device , which is guided along the at least one running rail section , wherein the running rail section comprises a first running surface , wherein the first running surface comprises a substantially rounded surface and includes a guide center , wherein the guide center essentially forms a geometric circle center , the circular surface of which approximately encloses the rounded surface of the first running surface , wherein the transport device comprises at least a first roller which rotatably abuts on the first running surface , wherein the first roller is rotatably mounted at at least one movable element of a base body of the transport device in order to carry out a pivoting movement along the substantially rounded surface of the first running surface , characterized in that a rotational axis of the movable element and the guide center are arranged substantially at the same height for the pivoting movement .
A device for detecting filter soiling of a filter system consisting of at least an air filter installed in an air duct and an electrically controlled fan for producing an air flow in the air duct , wherein the device comprises at least a motor controller for controlling the fan motor by means of PWM control and an evaluating apparatus for determining the actual rotational speed (ni) of the fan in accordance with the actual degree of modulation (Ti) of the motor current for achieving the present rotational speed (ni), wherein, in the evaluating apparatus , setpoint value pairs (n setpoint , T setpoint ) for the setpoint rotational speed (n setpoint ) at a certain degree of modulation (T setpoint ) are also stored, as well as a comparator formed to compare the actual value pairs (ni, Ti) with the setpoint value pairs (n setpoint , T setpoint ) and to determine therefrom as well as from the interim circuit voltage and the interim circuit current the degree of filter soiling.
Hob with a hob plate apparatus, in particular an induction hob plate apparatus, with at least one hob plate unit (14; 14a; 14b), and at least one coating structure (16, 16a; 16b), which is arranged at least on an upper side (15; 15a; 15b) of the hob plate unit (14; 14a; 14b), characterised in that the coating structure (16, 16a; 16b) in at least a first subregion (18; 18a; 18b) of the upper side (15; 15a; 15b) has a higher thickness than in at least a second subregion (20, 22; 20a; 20b) of the upper side (15; 15a; 15b).