mhurhangee/patent-ind-claim-en huggingface dataset:
An elevator system comprising - a counterweight that can be moved in an elevator shaft , which counterweight can be provided for weight compensation of an elevator car that can be moved in an opposite direction to the counterweight , and - a protective screen which is arranged or can be arranged in a shaft pit of the elevator shaft and has a vertical portion , the vertical portion being oriented substantially parallel to a movement path of the counterweight , the protective screen being provided for preventing a person located in the shaft pit from entering the movement path of the counterweight , characterized in that the protective screen has a horizontally arranged angulation , an angled portion of the protective screen that adjoins the angulation extending into the projection of the counterweight that can be obtained in the movement direction. - a counterweight that can be moved in an elevator shaft , which counterweight can be provided for weight compensation of an elevator car that can be moved in an opposite direction to the counterweight , and - a protective screen which is arranged or can be arranged in a shaft pit of the elevator shaft and has a vertical portion , the vertical portion being oriented substantially parallel to a movement path of the counterweight , the protective screen being provided for preventing a person located in the shaft pit from entering the movement path of the counterweight , characterized in that the protective screen has a horizontally arranged angulation , an angled portion of the protective screen that adjoins the angulation extending into the projection of the counterweight that can be obtained in the movement direction.
An environmental control system for an aircraft comprising an air cycle machine, the air cycle machine comprising: at least one turbine configured to provide energy by expanding at least two mediums (A1, A3), wherein the at least two mediums are provided at an outlet of the at least one turbine and form a heat sink within the environmental control system; and a compressor configured to receive energy from the at least two mediums expanded across the at least one turbine, wherein during a first mode of the compressing device, energy derived from a first medium (A1) of the at least two mediums is used to compress a second medium (A2) at the compressor and during a second mode of the compressing device, energy derived from both the first medium and a third medium (A3) of the at least two mediums is used to compress the second medium at the compressor; characterized by further comprising a ram air shell divided into a first region and a second region by a wall extending parallel to the flow of ram air through the shell, the ram air shell having heat exchangers therein, the second region being fluidly coupled to an outlet of the at least one turbine , wherein in the second mode the at least two mediums function as a heat sink within said heat exchangers for cooling said second medium (A2) in the second region. at least one turbine configured to provide energy by expanding at least two mediums (A1, A3), wherein the at least two mediums are provided at an outlet of the at least one turbine and form a heat sink within the environmental control system; and a compressor configured to receive energy from the at least two mediums expanded across the at least one turbine, wherein during a first mode of the compressing device, energy derived from a first medium (A1) of the at least two mediums is used to compress a second medium (A2) at the compressor and during a second mode of the compressing device, energy derived from both the first medium and a third medium (A3) of the at least two mediums is used to compress the second medium at the compressor; characterized by further comprising a ram air shell divided into a first region and a second region by a wall extending parallel to the flow of ram air through the shell, the ram air shell having heat exchangers therein, the second region being fluidly coupled to an outlet of the at least one turbine , wherein in the second mode the at least two mediums function as a heat sink within said heat exchangers for cooling said second medium (A2) in the second region.
Water pump, in particular a garden pump or a pump in an automatic domestic water system comprising a pump unit in a housing (GE) that can be driven by an electric motor and that can pump water as a conveyed liquid from a suction line (SL) to a pressure line (DL), wherein the housing (GE) comprises a pump housing (PG) and a housing extension (GF) adjoining the pump housing (PG) with the pressure line (DL) and the suction line (SL), wherein the housing extension (GF) comprises a filter unit (FT) as a termination, characterized in that an at least partially transparent window (FE) is arranged between the suction line (SL) and the pressure line (DL) in such a way that a liquid level (FL) can be read inside the housing (GE) prior to the operation of the pump (WP), and in that the filter unit (FT) comprises a suction indicator (SA) so that the presence of suction pressure in the pump housing (PG) or a leak in the suction line (SL) can be detected via the suction indicator (SA).
An implement frame assembly comprising: a carriage frame having a tongue for coupling to a hitch of a towing vehicle and wheels supporting the carriage frame for movement over a ground surface; a pivot frame actuator and a pivot frame mounted to the carriage frame for rotation about an axis by approximately ninety degrees, a lift assembly , the lift assembly being coupled to the pivot frame by a shift assembly , the shift assembly comprising at least one shift assembly actuator being configured to move the lift assembly radially relative to the axis ; and a tool bar connected to the lift assembly and being configured for movement between a lower ground engaging position and a raised position, characterized in that the lift assembly comprises at least one lift assembly actuator . a carriage frame having a tongue for coupling to a hitch of a towing vehicle and wheels supporting the carriage frame for movement over a ground surface; a pivot frame actuator and a pivot frame mounted to the carriage frame for rotation about an axis by approximately ninety degrees, a lift assembly , the lift assembly being coupled to the pivot frame by a shift assembly , the shift assembly comprising at least one shift assembly actuator being configured to move the lift assembly radially relative to the axis ; and a tool bar connected to the lift assembly and being configured for movement between a lower ground engaging position and a raised position,
A laser therapeutic system, comprising: a laser source configured to emit a therapeutic laser beam toward an eye; a laser control system in communication with said laser source, wherein said laser control system is configured to control one or more parameters of said therapeutic laser beam; an analyzer comprising: a light source configured to illuminate said eye; one or more detectors configured to receive reflected light off from said eye and to generate images of an iris of said eye; a memory comprising computer executable instructions; and a processor in communication with said laser control system, said one or more detectors and said memory, said processor configured to receive said images of said iris of said eye and to execute said computer executable instructions characterized in that said instructions comprise a global correlation algorithm capable of precisely determining an iris orientation based upon said images of said iris without the need for singling out particular points in said iris or in said eye, so as to generate a signal based on a correlation function that is defined for said images of said iris of said eye and said signal is able to rotate a coordinate system to correct orientation of said therapeutic laser beam relative so said eye, and wherein said signal is received by said laser control system, which is configured to use said signal to change orientation of said therapeutic laser beam relative to said eye. a laser source configured to emit a therapeutic laser beam toward an eye; a laser control system in communication with said laser source, wherein said laser control system is configured to control one or more parameters of said therapeutic laser beam; an analyzer comprising: a light source configured to illuminate said eye; one or more detectors configured to receive reflected light off from said eye and to generate images of an iris of said eye; a memory comprising computer executable instructions; and a processor in communication with said laser control system, said one or more detectors and said memory, said processor configured to receive said images of said iris of said eye and to execute said computer executable instructions characterized in that said instructions comprise a global correlation algorithm capable of precisely determining an iris orientation based upon said images of said iris without the need for singling out particular points in said iris or in said eye, so as to generate a signal based on a correlation function that is defined for said images of said iris of said eye and said signal is able to rotate a coordinate system to correct orientation of said therapeutic laser beam relative so said eye, and wherein said signal is received by said laser control system, which is configured to use said signal to change orientation of said therapeutic laser beam relative to said eye.
In vitro analytical process for predicting the therapeutic effectiveness of at least one pharmaceutical compound in the treatment of leukemia or lymphoma, characterized by isolating mononuclear cells from a blood sample (PBMC), bone marrow sample (BM) or lymph node (LN) sample, wherein the process includes all PBMC, BM or LN cells of the sample, transferring the isolated PBMC, BM or LN mononuclear cells into a medium sustaining viability of the PBMC, BM or LN mononuclear cells, adding the at least one pharmaceutical compound to at least one concentration to separate aliquots of the medium containing the PBMC, BM or LN mononuclear cells, incubating the PBMC, BM or LN mononuclear cells in the medium with the added pharmaceutical compound under cell culture conditions, adding a fluorescent dye labelling active mitochondria in living cells to the separate aliquots of the medium containing the PBMC, BM or LN mononuclear cells and the at least one pharmaceutical compound, and measuring on the PBMC, BM or LN mononuclear cells the transmembrane potential of mitochondria by quantification of fluorescence emitted from the dye, wherein quantification of fluorescence is by FACS, wherein a gating for live cells is determined from forward scatter and side scatter, this gating for live cells is applied to identify live tumour cells using immunological staining, and to measure for live cells the proportion of cells showing mitochondrial outer membrane permeabilization (MOMP) by quantifying the fluorescence from the dye for measuring the transmembrane potential of mitochondria, both for tumour cells and for non-tumour cells, wherein the analysis of the signal of the fluorescent dye indicating MOMP separately for the tumour cells allows to monitor the efficacy of the pharmaceutical compound against the tumour cells, and analysing the signal of the fluorescent dye indicating MOMP for the non-tumour cells allows to monitor the impact of the pharmaceutical compound on the non-tumour cells, which indicates unwanted side-effects, wherein the at least one pharmaceutical compound is a BH3 mimetic.
A substrate having a dielectric film thereon, in which: the dielectric film comprises at least four stacked layers of a dielectric material; the stacked layers comprise compressive layers which are subject to a compressive stress, and tensile layers which are subject to a tensile stress; and there are at least two spaced apart tensile layers which are each adjacent to one or more compressive layers; characterised in that at least some adjacent compressive and tensile layers are separated by a transitional zone of the dielectric material, in which the transitional zone is subject to variable stresses which vary from a region of the transitional zone contacting a tensile layer, which region is subject to a tensile stress, to a region of the transitional zone contacting a compressive layer, which region is subject to a compressive stress.
A turbine ring assembly comprising a plurality of ring sectors forming a turbine ring and a ring support structure , each ring sector having, along a section plane defined by an axial direction (D A ) and a radial direction (D R ) of the turbine ring , a portion forming an annular base with, in the radial direction (D R ) of the turbine ring , an inner face defining the inner face of the turbine ring and an outer face from which a first and a second attachment tabs protrude, the ring support structure including a central shroud from which a first and a second radial clamps protrude between which the first and second attachment tabs of each ring sector are maintained, characterized in that it comprises a first annular flange and a second annular flange disposed upstream of the first annular flange with respect to the direction of an air flow (F) intended to pass through the turbine ring assembly , the first and second annular flanges having respectively a first free end and a second end opposite to the first end, the first end of the first flange bearing against the first attachment tab , the first end of the second annular flange being distant from the first end of the first annular flange in the axial direction (D A ), and the second end of the second annular flange comprising an upstream bearing shroud protruding upstream in the axial direction (D A ), the upstream bearing shroud having a radial bearing in contact with the central shroud of the ring support structure .
A conjugation-competent polypeptide comprising an amino acid sequence which is at least 90% identical to human albumin (SEQ ID NO. 2), or a fragment thereof being at least 200 amino acids long; wherein the conjugation-competent polypeptide comprises 1, 2, 3, 4 or 5 conjugation-competent cysteine residues; wherein at least one of the conjugation-competent cysteine residues is provided at a position equivalent to a position selected from K93, E230, I271, E294, E358, L24, F49, V54, D56, H128, F156, E227, D237, K240, K262, Q268, K317, A322, E333, K359, A362, and E382 of SEQ ID NO. 2; and wherein the conjugation-competent polypeptide has a tendency to exist as a monomer in solution which is at least 70% of the tendency of the polypeptide of SEQ ID NO. 2 to exist as a monomer in solution. wherein the conjugation-competent polypeptide comprises 1, 2, 3, 4 or 5 conjugation-competent cysteine residues; wherein at least one of the conjugation-competent cysteine residues is provided at a position equivalent to a position selected from K93, E230, I271, E294, E358, L24, F49, V54, D56, H128, F156, E227, D237, K240, K262, Q268, K317, A322, E333, K359, A362, and E382 of SEQ ID NO. 2; and wherein the conjugation-competent polypeptide has a tendency to exist as a monomer in solution which is at least 70% of the tendency of the polypeptide of SEQ ID NO. 2 to exist as a monomer in solution.
A composite part for an aircraft , the composite part comprising a fiber , the fiber comprising: an inner-volume portion having a first outer diameter and having a plurality of nanostructures and a first polymer , the nanostructures acting as an orientation template for orientation of the first polymer in a direction parallel to a longitudinal axis of the fiber; and, an outer-volume portion having a second outer diameter and having a second polymer , the outer-volume portion being in contact with and completely encompassing the inner-volume portion , wherein the inner-volume portion has at least one of a tensile modulus and a tensile strength that are higher than at least one of a tensile modulus and a tensile strength of the outer-volume portion , wherein the first polymer and the second polymer are identical polymers, wherein the first polymer and the second polymer are a polymer comprising polyacrylonitrile (PAN) , pitch , polyphenylene sulfide (PPS) , viscose , cellulose , polyvinylidene chloride (PVDC) , or polyvinyl alcohol (PVA) , wherein the nanostructures comprise carbon nanostructures , nanotubes , carbon nanotubes , halloysite nanotubes , or boron nitride nanotubes . an inner-volume portion having a first outer diameter and having a plurality of nanostructures and a first polymer , the nanostructures acting as an orientation template for orientation of the first polymer in a direction parallel to a longitudinal axis of the fiber; and, an outer-volume portion having a second outer diameter and having a second polymer , the outer-volume portion being in contact with and completely encompassing the inner-volume portion , wherein the inner-volume portion has at least one of a tensile modulus and a tensile strength that are higher than at least one of a tensile modulus and a tensile strength of the outer-volume portion , wherein the first polymer and the second polymer are identical polymers, wherein the first polymer and the second polymer are a polymer comprising polyacrylonitrile (PAN) , pitch , polyphenylene sulfide (PPS) , viscose , cellulose , polyvinylidene chloride (PVDC) , or polyvinyl alcohol (PVA) ,
Wall element comprising an upper edge , a lower edge substantially parallel to said upper edge, a first side and a second side , said first and second side being substantially parallel and extending between said upper and lower edge, and an outer side and an inner side , said wall element comprising: an upper element extending along said upper edge; a lower element extending along said lower edge; a first side element comprising a substantially rectangular cross section, said side element extending along said first side between said upper and lower element; a second side element comprising a substantially rectangular cross section, said side element extending along said second side between said upper and lower element; and a substantially rectangular board arranged on said outer side and attached to said upper element, lower element and first element; wherein said upper and lower element comprise a first edge coinciding with said first side and a second edge coinciding with said second side, characterized in that said first and said second edge are arranged in an angle (α) with respect to a plane (P) perpendicular to said outer side , wherein said angle (α) lies within the interval 20° to 45°, and said first and second side elements extending parallel to said plane (P), perpendicular to the board and having a total extension in the plane (P) corresponding to the extension of the upper and the lower element in the plane (P), wherein said first side element bears against the board and said second side element extends from the inside of the wall element. an upper element extending along said upper edge; a lower element extending along said lower edge; a first side element comprising a substantially rectangular cross section, said side element extending along said first side between said upper and lower element; a second side element comprising a substantially rectangular cross section, said side element extending along said second side between said upper and lower element; and a substantially rectangular board arranged on said outer side and attached to said upper element, lower element and first element; wherein said upper and lower element comprise a first edge coinciding with said first side and a second edge coinciding with said second side, characterized in that said first and said second edge are arranged in an angle (α) with respect to a plane (P) perpendicular to said outer side , wherein said angle (α) lies within the interval 20° to 45°, and said first and second side elements extending parallel to said plane (P), perpendicular to the board and having a total extension in the plane (P) corresponding to the extension of the upper and the lower element in the plane (P), wherein said first side element bears against the board and said second side element extends from the inside of the wall element.
An access point device for a wireless local area network, on the access point device, a same ESS being divided into a plurality of VLANs, wherein the access point device comprises: a broadcast key management module , which is configured to be used for managing broadcast keys encrypting broadcast information; a broadcast key storage device , which is configured to be used for storing the broadcast keys, and a wireless device management module, which is configured to be used for managing wireless devices accessing the ESS; wherein the broadcast keys are stored in the broadcast key storage device in a way of corresponding to VLAN IDs of the VLANs, and the broadcast key management module obtains corresponding broadcast keys through the VLAN IDs, and wherein the broadcast key management module periodically updates the broadcast keys and stores the updated broadcast keys in the broadcast key storage module in the way of corresponding to the VLAN IDs of the VLANs, or when a wireless device accessing the ESS leaves the ESS, the broadcast key management module updates a broadcast key of a VLAN to which the wireless device belongs, and stores the updated broadcast key in the broadcast key storage module in the way of corresponding to a VLAN ID of the VLAN, or after a wireless device accessing the ESS is switched between VLANs divided corresponding to the ESS, the broadcast key management module updates broadcast key of VLAN to which the wireless device originally belongs, and stores the updated broadcast key in the broadcast key storage module in the way of corresponding to VLAN ID of the VLAN. a broadcast key management module , which is configured to be used for managing broadcast keys encrypting broadcast information; a broadcast key storage device , which is configured to be used for storing the broadcast keys, and a wireless device management module, which is configured to be used for managing wireless devices accessing the ESS; wherein the broadcast keys are stored in the broadcast key storage device in a way of corresponding to VLAN IDs of the VLANs, and the broadcast key management module obtains corresponding broadcast keys through the VLAN IDs, and wherein the broadcast key management module periodically updates the broadcast keys and stores the updated broadcast keys in the broadcast key storage module in the way of corresponding to the VLAN IDs of the VLANs, or when a wireless device accessing the ESS leaves the ESS, the broadcast key management module updates a broadcast key of a VLAN to which the wireless device belongs, and stores the updated broadcast key in the broadcast key storage module in the way of corresponding to a VLAN ID of the VLAN, or after a wireless device accessing the ESS is switched between VLANs divided corresponding to the ESS, the broadcast key management module updates broadcast key of VLAN to which the wireless device originally belongs, and stores the updated broadcast key in the broadcast key storage module in the way of corresponding to VLAN ID of the VLAN.