mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical machine comprising a stator with a stator body supporting an electrical stator and a rotor , the rotor being supported by means of a bearing comprising a radial bearing section forming a radial gas bearing and an axial bearing section forming an axial gas bearing, the stator side parts of these bearing sections being a stator side radial bearing part and a stator side axial bearing part which are rigidly connected to one another and together form a stator bearing structure, characterised in that the stator bearing structure is mounted to other parts of the stator , the other parts of the stator being defined as being either the stator body itself or an assembly that comprises the electrical stator and a carrier , with the assembly being elastically supported by the stator body , by • either the stator side radial bearing part being rigidly mounted to the other parts of the stator , and the stator side axial bearing part being connected to the other parts of the stator by an elastic support or not at all; • or the stator side axial bearing part being rigidly mounted to the other parts of the stator , and the stator side radial bearing part being connected to the other parts of the stator by an elastic support or not at all. • either the stator side radial bearing part being rigidly mounted to the other parts of the stator , and the stator side axial bearing part being connected to the other parts of the stator by an elastic support or not at all; • or the stator side axial bearing part being rigidly mounted to the other parts of the stator , and the stator side radial bearing part being connected to the other parts of the stator by an elastic support or not at all.
An input module for an industrial controller, comprising: a plurality of input terminals configured to receive an input signal from a remote device ; a logic circuit configured to process the input signal from each input terminal; a memory device configured to store a series of instructions; a processor a clock circuit generating a time signal corresponding to the present time and transmitting the time signal to the processor ; and the processor being in communication with the logic circuit, wherein the processor is configured to receive the processed input signals from the logic circuit and configured to execute the series of instructions to: generate a plurality of override signals, each override signal corresponding to one of the input terminals; replace the processed input signal with the override signal for the corresponding overridden input terminal; and store the override signal and a time signal corresponding to the override signal in a buffer. a plurality of input terminals configured to receive an input signal from a remote device ; a logic circuit configured to process the input signal from each input terminal; a memory device configured to store a series of instructions; a processor a clock circuit generating a time signal corresponding to the present time and transmitting the time signal to the processor ; and the processor being in communication with the logic circuit, wherein the processor is configured to receive the processed input signals from the logic circuit and configured to execute the series of instructions to: generate a plurality of override signals, each override signal corresponding to one of the input terminals; replace the processed input signal with the override signal for the corresponding overridden input terminal; and store the override signal and a time signal corresponding to the override signal in a buffer. generate a plurality of override signals, each override signal corresponding to one of the input terminals; replace the processed input signal with the override signal for the corresponding overridden input terminal; and store the override signal and a time signal corresponding to the override signal in a buffer.
A MEMS device , comprising: a substrate having a plurality of electrodes formed therein, wherein the plurality of electrodes includes at least an anchor electrode , a pull-down electrode and an RF electrode ; an insulating layer disposed over the substrate and the plurality of electrodes, wherein the insulating layer has a first opening formed therethrough to expose the anchor electrode and a second opening formed therethrough to expose the RF electrode ; a contact layer that is electrically conductive, wherein the contact layer includes a first portion disposed within the first opening and in contact with the anchor electrode , a second portion disposed within the second opening and in contact with the RF electrode ; and a switching element disposed over the insulating layer , wherein the switching element includes an anchor portion in contact with the first portion of the contact layer, a leg portion and a bridge portion and wherein the bridge portion is movable from a first position spaced from the second portion of the contact layer and a second position in contact with the second portion of the contact layer, characterized in that the first portion of the contact layer is spaced from the insulating layer ; and in that the RF electrode has a first height at a location adjacent the second portion of the contact layer and a second height at a location in contact with the second portion of the contact layer, wherein the second height is greater than the first height. a substrate having a plurality of electrodes formed therein, wherein the plurality of electrodes includes at least an anchor electrode , a pull-down electrode and an RF electrode ; an insulating layer disposed over the substrate and the plurality of electrodes, wherein the insulating layer has a first opening formed therethrough to expose the anchor electrode and a second opening formed therethrough to expose the RF electrode ; a contact layer that is electrically conductive, wherein the contact layer includes a first portion disposed within the first opening and in contact with the anchor electrode , a second portion disposed within the second opening and in contact with the RF electrode ; and a switching element disposed over the insulating layer , wherein the switching element includes an anchor portion in contact with the first portion of the contact layer, a leg portion and a bridge portion and wherein the bridge portion is movable from a first position spaced from the second portion of the contact layer and a second position in contact with the second portion of the contact layer, the first portion of the contact layer is spaced from the insulating layer ; and in that the RF electrode has a first height at a location adjacent the second portion of the contact layer and a second height at a location in contact with the second portion of the contact layer, wherein the second height is greater than the first height.
A method for the production of an immunoglobulin comprising the following steps: a) fed-batch cultivating a mammalian cell comprising a nucleic acid encoding the immunoglobulin in a cultivation medium at a pH value between pH 6.9 and pH 7.3 at one constant degree of glucose limitation (DGL) maintained in the range from 0.8 to 0.2, wherein the cell is cultivated for six to twenty days, wherein prior to the cultivating under conditions with the one constant DGL the cultivating is with a DGL of 1.0, and b) recovering the immunoglobulin from the cells or the culture medium, wherein the fraction of the immunoglobulin having a mannose-5 glycostructure is 10 % or less of the sum comprising the amount of the immunoglobulin with a mannose-5 glycostructure, the amount of the immunoglobulin G isoform, the amount of the immunoglobulin G isoform, and the amount of the immunoglobulin G isoform, wherein DGL denotes the ratio of the current specific glucose consumption rate of the cell in the cultivating to the maximum known specific glucose consumption rate of the cell. a) fed-batch cultivating a mammalian cell comprising a nucleic acid encoding the immunoglobulin in a cultivation medium at a pH value between pH 6.9 and pH 7.3 at one constant degree of glucose limitation (DGL) maintained in the range from 0.8 to 0.2, wherein the cell is cultivated for six to twenty days, wherein prior to the cultivating under conditions with the one constant DGL the cultivating is with a DGL of 1.0, and wherein the cell is cultivated for six to twenty days, wherein prior to the cultivating under conditions with the one constant DGL the cultivating is with a DGL of 1.0, and b) recovering the immunoglobulin from the cells or the culture medium, wherein the fraction of the immunoglobulin having a mannose-5 glycostructure is 10 % or less of the sum comprising the amount of the immunoglobulin with a mannose-5 glycostructure, the amount of the immunoglobulin G isoform, the amount of the immunoglobulin G isoform, and the amount of the immunoglobulin G isoform, wherein DGL denotes the ratio of the current specific glucose consumption rate of the cell in the cultivating to the maximum known specific glucose consumption rate of the cell. wherein the fraction of the immunoglobulin having a mannose-5 glycostructure is 10 % or less of the sum comprising the amount of the immunoglobulin with a mannose-5 glycostructure, the amount of the immunoglobulin G isoform, the amount of the immunoglobulin G isoform, and the amount of the immunoglobulin G isoform, wherein DGL denotes the ratio of the current specific glucose consumption rate of the cell in the cultivating to the maximum known specific glucose consumption rate of the cell.
A method for supporting non-secure warning tones on packet-switched networks, wherein the method is executed by a Multi-Level Security, MLS, voice gateway and comprises the steps of - receiving (S5.1) a call attempt from a source phone to a destination phone, wherein the source phone is a VoIP phone supporting MLS capabilities and connected to said MLS voice gateway via a secure IP network, - checking (S5.2-S5.4, S5.7) if a connection of the security domains of the source phone and the destination phone via the MLS voice gateway is allowed, - if the connection of the security domains is allowed, checking (S5.8-S5.10) if a generation of a non-secure warning tone, NSWT, locally by the source phone is required, - signalling, to the source phone , that a local generation of the NSWT by the source phone is required; - receiving an acknowledgement of the local generation of the NSWT by the source phone , and - establishing a call between the source phone and the destination phone upon receiving the acknowledgement of the local generation of the non-secure warning tone by the source phone . - receiving (S5.1) a call attempt from a source phone to a destination phone, wherein the source phone is a VoIP phone supporting MLS capabilities and connected to said MLS voice gateway via a secure IP network, - checking (S5.2-S5.4, S5.7) if a connection of the security domains of the source phone and the destination phone via the MLS voice gateway is allowed, - if the connection of the security domains is allowed, checking (S5.8-S5.10) if a generation of a non-secure warning tone, NSWT, locally by the source phone is required, - signalling, to the source phone , that a local generation of the NSWT by the source phone is required; - receiving an acknowledgement of the local generation of the NSWT by the source phone , and - establishing a call between the source phone and the destination phone upon receiving the acknowledgement of the local generation of the non-secure warning tone by the source phone .
A bead core manufacturing apparatus comprising: an annular former having an outer peripheral surface on which a bead wire (W) is woundable to form a bead core, wherein the former comprises a set of segments , which are divided circumferentially of the former , and which have radially outer surfaces collectively forming said outer peripheral surface , and the segments are movable in respective radial directions of the former so that said outer peripheral surface has plural outside diameters, and the bead wire (W) can be wound into plural kinds of bead cores having different inside diameters, wherein the former is provided with a circumferentially extending groove in which the bead wire (W) is woundable, characterized in that the segments comprise first segments and third segments in which a width of the groove is constant, as well as second segments in which the width of the groove is variable, and the second segments are arranged alternately with the first and third segments . an annular former having an outer peripheral surface on which a bead wire (W) is woundable to form a bead core, wherein the former comprises a set of segments , which are divided circumferentially of the former , and which have radially outer surfaces collectively forming said outer peripheral surface , and the segments are movable in respective radial directions of the former so that said outer peripheral surface has plural outside diameters, and the bead wire (W) can be wound into plural kinds of bead cores having different inside diameters, wherein the former is provided with a circumferentially extending groove in which the bead wire (W) is woundable, characterized in that the segments comprise first segments and third segments in which a width of the groove is constant, as well as second segments in which the width of the groove is variable, and the second segments are arranged alternately with the first and third segments .
A low resistance electrical interface , comprising: a printed wiring board ; a bus bar extending from the printed wiring board ; a U-shaped conductor with first and second opposing walls receiving the bus bar , wherein a conductive joint is defined between the bus bar and the first wall of the U-shaped conductor ; and characterized by a retainer being arranged between the second wall and the bus bar , wherein the retainer is compressively seated on a side of the bus bar opposite the conductive joint to retain the bus bar in the U-shaped conductor and limit electrical resistance of the conductive joint . a printed wiring board ; a bus bar extending from the printed wiring board ; a U-shaped conductor with first and second opposing walls receiving the bus bar , wherein a conductive joint is defined between the bus bar and the first wall of the U-shaped conductor ; and characterized by a retainer being arranged between the second wall and the bus bar , wherein the retainer is compressively seated on a side of the bus bar opposite the conductive joint to retain the bus bar in the U-shaped conductor and limit electrical resistance of the conductive joint .
Apparatus for transdermal or subcutaneous delivery of a bioactive solution, including a plurality of needles fixed on a needle carrier in a spaced apart relationship and projecting from the needle carrier , each needle having a tip zone adapted to receive an amount of bioactive solution from a reservoir coupled to the needle carrier and to deliver the bioactive solution upon penetrating a skin, wherein the reservoir is disposed within the needle carrier , each needle having a lumen connecting the tip zone with the reservoir , each needle being provided with a gate element , the gate element being opened when the needle has penetrated the skin by a predefined depth, thus connecting the lumen of the needle with the reservoir ; wherein the gate element is connected to a contact element projecting outwardly from the needle carrier , the contact element being movable together with the gate element between a first position in which the gate element is closed, and a second position in which the gate element is opened and bioactive solution can flow from the reservoir to the tip zone of the needle ; characterized in that a ratchet and snap-back mechanism is provided connecting the contact element with the gate element , wherein the gate element upon closure snaps back from the second to the first position, causing an injection effect.
A method of communicating with a plurality of access points comprising: determining, by a user device, downlink control channel timing information for each of a plurality of access points the plurality of access points including a serving access point that serves the user device and one or more standby access points ; sending, by the user device to a cluster set manager via the serving access point, the downlink control channel timing information for each of the plurality of access points ; receiving, by the user device from the cluster set manager via the serving access point, downlink control channel allocations including information identifying a downlink control channel allocated to the user device for each of a plurality of the access points ; and receiving, by the user device, information from at least one of a plurality of the access points via a downlink control channel allocated to the user device for the at least one of the plurality of access points . determining, by a user device, downlink control channel timing information for each of a plurality of access points the plurality of access points including a serving access point that serves the user device and one or more standby access points ; sending, by the user device to a cluster set manager via the serving access point, the downlink control channel timing information for each of the plurality of access points ; receiving, by the user device from the cluster set manager via the serving access point, downlink control channel allocations including information identifying a downlink control channel allocated to the user device for each of a plurality of the access points ; and receiving, by the user device, information from at least one of a plurality of the access points via a downlink control channel allocated to the user device for the at least one of the plurality of access points .
A filter system comprising: a filter cartridge comprising a filter cartridge housing ; a filter medium disposed within the filter cartridge housing ; an optical analyte sensor characterized by a first region that exhibits a first response to an analyte of interest and a second region that exhibits a second, different, response to an analyte of interest, the optical analyte sensor comprising a detection medium and disposed within the filter cartridge housing such that the detection medium is in fluid communication with the filter medium; and an optical reader comprising a first sensing assembly comprising at least one light source and at least one detector and a second reference assembly comprising at least one light source and at least one detector; wherein the optical reader is attached to the filter cartridge housing such that at least a portion of light emitted by at least one light source of the first assembly is reflected from the first region of the optical analyte sensor and captured by at least one detector of the first assembly, and at least a portion of light emitted by at least one light source of the second assembly is reflected from the second region of the optical analyte sensor and captured by at least one detector of the second assembly. a filter cartridge comprising a filter cartridge housing ; a filter medium disposed within the filter cartridge housing ; an optical analyte sensor characterized by a first region that exhibits a first response to an analyte of interest and a second region that exhibits a second, different, response to an analyte of interest, the optical analyte sensor comprising a detection medium and disposed within the filter cartridge housing such that the detection medium is in fluid communication with the filter medium; and an optical reader comprising a first sensing assembly comprising at least one light source and at least one detector and a second reference assembly comprising at least one light source and at least one detector; wherein the optical reader is attached to the filter cartridge housing such that at least a portion of light emitted by at least one light source of the first assembly is reflected from the first region of the optical analyte sensor and captured by at least one detector of the first assembly, and at least a portion of light emitted by at least one light source of the second assembly is reflected from the second region of the optical analyte sensor and captured by at least one detector of the second assembly.
Table-top or equipment-top connection compartment for mains voltage connections and/or for information connections, with a cover and a housing , which is provided with a collar , wherein a socket insert with plug-in locations is provided, which is movably arranged in the housing , characterised in that - the housing has a first guide and the socket insert has a second guide and the cover is positively connected to the first guide and the second guide in such a manner that a sliding movement of the cover relative to the housing results in a vertical and linear movement as well as a protrusion of the socket insert from the housing , - the first guide runs at an angle to the horizontal, - at least one coupling element is arranged on the cover , - at least one guide element is provided on the cover , - at least one coupling element corresponds with the first guide in the mounted state of the cover , - and in that the at least one guide element corresponds with the second guide in the mounted state of the cover . - the housing has a first guide and the socket insert has a second guide and the cover is positively connected to the first guide and the second guide in such a manner that a sliding movement of the cover relative to the housing results in a vertical and linear movement as well as a protrusion of the socket insert from the housing , - the first guide runs at an angle to the horizontal, - at least one coupling element is arranged on the cover , - at least one guide element is provided on the cover , - at least one coupling element corresponds with the first guide in the mounted state of the cover , - and in that the at least one guide element corresponds with the second guide in the mounted state of the cover .
A multi-layered tissue web comprising a first fibrous layer and a second fibrous layer, wherein the first fibrous layer comprises wood fibers and the second fibrous layer comprises wood and cotton fibers, wherein the amount of cotton fibers is from 1 to 20 percent, by weight of the second layer.