mhurhangee/patent-ind-claim-en huggingface dataset:
An electricity measuring type surface plasmon resonance sensor for measuring a sample as measurement target, comprising: a plasmon polariton intensifying sensor chip (110; 120; 130; 140; 150) in which a prism and a sensor chip (11; 12; 13), the sensor chip (11; 12; 13) including a transparent electrode , an n-type transparent semiconductor film , and a plasmon resonance film electrode arranged in this order, are arranged in an order of the prism , the transparent electrode , the n-type transparent semiconductor film , and the plasmon resonance film electrode ; and an electric measuring apparatus which is capable of directly measuring a current or voltage from the transparent electrode and the plasmon resonance film electrode , wherein, in use, the sample is in the vicinity of the plasmon resonance film electrode , wherein the prism is configured to control an angle of an incident light so as to allow the incident light to totally reflect between the plasmon resonance film electrode and the n-type transparent semiconductor film . a plasmon polariton intensifying sensor chip (110; 120; 130; 140; 150) in which a prism and a sensor chip (11; 12; 13), the sensor chip (11; 12; 13) including a transparent electrode , an n-type transparent semiconductor film , and a plasmon resonance film electrode arranged in this order, are arranged in an order of the prism , the transparent electrode , the n-type transparent semiconductor film , and the plasmon resonance film electrode ; and an electric measuring apparatus which is capable of directly measuring a current or voltage from the transparent electrode and the plasmon resonance film electrode , wherein, in use, the sample is in the vicinity of the plasmon resonance film electrode , wherein the prism is configured to control an angle of an incident light so as to allow the incident light to totally reflect between the plasmon resonance film electrode and the n-type transparent semiconductor film .
A method of forming a semiconductor structure, comprising: providing a semiconductor-on-insulator (SOI) substrate, the SOI substrate including: a base substrate; a stressor layer above the base substrate comprising a crystallographically strained material; a surface semiconductor layer; and a dielectric layer disposed between the stressor layer and the surface semiconductor layer; implanting ions into or through at least a first region of the stressor layer without implanting ions into or through at least a second region of the stressor layer; forming an additional semiconductor material on the surface semiconductor layer above the at least a first region of the stressor layer; altering a strain state in a first region of the surface semiconductor layer above the at least a first region of the stressor layer; forming a trench structure through the surface semiconductor layer into at least a portion of the base substrate; and altering a strain state in a second region of the surface semiconductor layer above the at least a second region of the stressor layer. providing a semiconductor-on-insulator (SOI) substrate, the SOI substrate including: a base substrate; a stressor layer above the base substrate comprising a crystallographically strained material; a surface semiconductor layer; and a dielectric layer disposed between the stressor layer and the surface semiconductor layer; implanting ions into or through at least a first region of the stressor layer without implanting ions into or through at least a second region of the stressor layer; a base substrate; a stressor layer above the base substrate comprising a crystallographically strained material; a surface semiconductor layer; and a dielectric layer disposed between the stressor layer and the surface semiconductor layer; implanting ions into or through at least a first region of the stressor layer without implanting ions into or through at least a second region of the stressor layer; forming an additional semiconductor material on the surface semiconductor layer above the at least a first region of the stressor layer; altering a strain state in a first region of the surface semiconductor layer above the at least a first region of the stressor layer; forming a trench structure through the surface semiconductor layer into at least a portion of the base substrate; and altering a strain state in a second region of the surface semiconductor layer above the at least a second region of the stressor layer.
A method for producing glycolide by depolymerizing a glycolic acid oligomer, the method comprising the following steps to : step : a step in which a glycolic acid oligomer composition is supplied into a reactor and heated to a temperature of 180 to 320°C at which a depolymerization reaction of the glycolic acid oligomer occurs at normal pressure or reduced pressure; step : a step in which heating is continued and the depolymerization reaction of the glycolic acid oligomer occurs, thereby producing glycolide; step : a step in which the produced glycolide is distilled out of the reactor; step : a step in which the distillate is introduced into a rectifier and is rectified by means of gas-liquid countercurrent contact; and Step : a step in which glycolide is recovered. step : a step in which a glycolic acid oligomer composition is supplied into a reactor and heated to a temperature of 180 to 320°C at which a depolymerization reaction of the glycolic acid oligomer occurs at normal pressure or reduced pressure; step : a step in which heating is continued and the depolymerization reaction of the glycolic acid oligomer occurs, thereby producing glycolide; step : a step in which the produced glycolide is distilled out of the reactor; step : a step in which the distillate is introduced into a rectifier and is rectified by means of gas-liquid countercurrent contact; and Step : a step in which glycolide is recovered.
A method comprising: causing a set of command information to be stored in a memory of a network microphone device of a media playback system, said set comprising a listing of commands and command criteria associated with the commands, the command criteria including one or more keywords associated with specific commands; capturing a voice input via at least one microphone of the network microphone device; detecting inclusion of one or more of the commands within the voice input; determining that the one or more commands meets corresponding command criteria associated with the one or more commands within the set of command information; and in response to the determining, selecting a first voice assistant service (VAS) and foregoing selection of a second VAS, (ii) sending the voice input to the first VAS, (iii) and after sending the voice input, receiving a response to the voice input from the first VAS. causing a set of command information to be stored in a memory of a network microphone device of a media playback system, said set comprising a listing of commands and command criteria associated with the commands, the command criteria including one or more keywords associated with specific commands; capturing a voice input via at least one microphone of the network microphone device; detecting inclusion of one or more of the commands within the voice input; determining that the one or more commands meets corresponding command criteria associated with the one or more commands within the set of command information; and in response to the determining, selecting a first voice assistant service (VAS) and foregoing selection of a second VAS, (ii) sending the voice input to the first VAS, (iii) and after sending the voice input, receiving a response to the voice input from the first VAS.
A user equipment, UE, configured to operate in an Evolved Universal Terrestrial Radio Access, E-UTRA, network, wherein the UE is configured to: transmit, to the E-UTRA network, a capability indication message indicating that the UE is capable of receiving, from the E-UTRA network, a measurement configuration message comprised in a radio resource control, RRC, configuration message, wherein the measurement configuration message comprises an instruction that the UE should use a first or a second Reference Signal Received Quality, RSRQ, measurement method, wherein in the first method, a receive signal strength indicator, RSSI, is measured only from orthogonal frequency-division multiplexing, OFDM, symbols containing reference symbols for antenna port 0; and in the second method, the RSSI is measured over all OFDM symbols in a subframe; receive the RRC configuration message comprising said measurement configuration message; perform an RSSI measurement according to the RSRQ measurement method specified in the instruction that the UE should use; and send, to the E-UTRA network, a measurement report message indicating a result of an RSRQ calculated based on the RSSI measurement. transmit, to the E-UTRA network, a capability indication message indicating that the UE is capable of receiving, from the E-UTRA network, a measurement configuration message comprised in a radio resource control, RRC, configuration message, wherein the measurement configuration message comprises an instruction that the UE should use a first or a second Reference Signal Received Quality, RSRQ, measurement method, wherein in the first method, a receive signal strength indicator, RSSI, is measured only from orthogonal frequency-division multiplexing, OFDM, symbols containing reference symbols for antenna port 0; and in the second method, the RSSI is measured over all OFDM symbols in a subframe; in the first method, a receive signal strength indicator, RSSI, is measured only from orthogonal frequency-division multiplexing, OFDM, symbols containing reference symbols for antenna port 0; and in the second method, the RSSI is measured over all OFDM symbols in a subframe; receive the RRC configuration message comprising said measurement configuration message; perform an RSSI measurement according to the RSRQ measurement method specified in the instruction that the UE should use; and send, to the E-UTRA network, a measurement report message indicating a result of an RSRQ calculated based on the RSSI measurement.
An image forming apparatus comprising: a forming part that forms an image on a recording medium (P); a fixing part that fixes the image formed on the recording medium (P); a revolving part having a revolving member stretched over multiple rotary members , the revolving member revolving between the forming part and the fixing part to transport the recording medium (P) from the forming part to the fixing part ; a feed part that feeds the recording medium (P) to the forming part ; a discharge part that discharges the recording medium (P) to which the image has been fixed in the fixing part ; a branch part that is provided so as to be split from the discharge part and along which the recording medium (P), to one side of which the image has been fixed, is transported to the feed part after switching the leading end and the trailing end of the recording medium (P); a first housing accommodating the forming part , the fixing part , and the revolving part ; and a second housing connected to the first housing and accommodating the feed part and the branch part , the image forming apparatus being characterized in that : the discharge part is accommodated in the second housing . a forming part that forms an image on a recording medium (P); a fixing part that fixes the image formed on the recording medium (P); a revolving part having a revolving member stretched over multiple rotary members , the revolving member revolving between the forming part and the fixing part to transport the recording medium (P) from the forming part to the fixing part ; a feed part that feeds the recording medium (P) to the forming part ; a discharge part that discharges the recording medium (P) to which the image has been fixed in the fixing part ; a branch part that is provided so as to be split from the discharge part and along which the recording medium (P), to one side of which the image has been fixed, is transported to the feed part after switching the leading end and the trailing end of the recording medium (P); a first housing accommodating the forming part , the fixing part , and the revolving part ; and a second housing connected to the first housing and accommodating the feed part and the branch part , the image forming apparatus being characterized in that : the discharge part is accommodated in the second housing .
A method for providing reflective luminescent markings on a surface over existing markings comprising: applying onto the existing markings a base material which is liquid in an initial state for application and sets or cures to form a solid layer after application; wherein the base material comprises ground glass particles; wherein the particles are impregnated or coated with a material comprising a luminescent material and a binder; wherein the base material and the glass filler both are transparent or colorless to show through the underlying marking material over which the base material is applied.. applying onto the existing markings a base material which is liquid in an initial state for application and sets or cures to form a solid layer after application; wherein the base material comprises ground glass particles; wherein the particles are impregnated or coated with a material comprising a luminescent material and a binder; wherein the base material and the glass filler both are transparent or colorless to show through the underlying marking material over which the base material is applied..
A motor assembly comprising: a housing; a plurality of electric motors (406A-C) disposed within the housing; and a drive shaft comprising a plurality of interconnected drive shaft segments (410A-C), wherein a first end of each of the drive shaft segments (410A-C) comprises a male splined plug and a second end of the drive shaft segments (410A-C) comprises a female splined receptacle for mating with one of the male splined plugs , wherein the plurality of electric motors (406A-C) are arranged in a stack such that the male splined plug of the drive shaft segment driven by a first one of the electric motors in the stack is received into a female splined receptacle of the drive shaft segment driven by a next one of the electric motors in the stack, wherein each one of the drive shaft segments (410A-C) is driven by a different one of the electric motors (406A-C) connected to the drive shaft segment via an integrated overrunning clutch , characterised in that : an inner race of the overrunning clutch is integrated with the end of the drive shaft segment comprising the female splined receptacle . a housing; a plurality of electric motors (406A-C) disposed within the housing; and a drive shaft comprising a plurality of interconnected drive shaft segments (410A-C), wherein a first end of each of the drive shaft segments (410A-C) comprises a male splined plug and a second end of the drive shaft segments (410A-C) comprises a female splined receptacle for mating with one of the male splined plugs , wherein the plurality of electric motors (406A-C) are arranged in a stack such that the male splined plug of the drive shaft segment driven by a first one of the electric motors in the stack is received into a female splined receptacle of the drive shaft segment driven by a next one of the electric motors in the stack, wherein each one of the drive shaft segments (410A-C) is driven by a different one of the electric motors (406A-C) connected to the drive shaft segment via an integrated overrunning clutch , characterised in that : an inner race of the overrunning clutch is integrated with the end of the drive shaft segment comprising the female splined receptacle .
A method for use in a mesh gateway of a mesh wireless local area network, WLAN, the method comprising: on a condition that a trigger event is detected, transmitting, to a mesh access point, MAP, , of the mesh WLAN, a message indicating that the trigger event is detected; establishing a station, STA, mode connection with the MAP after the MAP transitions from an access point, AP, mode to the STA mode; transmitting, to the MAP in STA mode, a mesh announcement message including a first network identifier, NI, to enable the MAP to determine, based on the first NI and a second NI, that the mesh gateway is a replacement mesh gateway , wherein the second NI is associated with the mesh WLAN while the replaced mesh gateway was part of it; receiving, from the MAP in STA mode, a join request message including mesh configuration information associated with the mesh WLAN ; establishing a mesh connection with the MAP using the mesh configuration information; and transmitting a mesh announcement message including a mesh peer list based on the mesh configuration information. on a condition that a trigger event is detected, transmitting, to a mesh access point, MAP, , of the mesh WLAN, a message indicating that the trigger event is detected; establishing a station, STA, mode connection with the MAP after the MAP transitions from an access point, AP, mode to the STA mode; transmitting, to the MAP in STA mode, a mesh announcement message including a first network identifier, NI, to enable the MAP to determine, based on the first NI and a second NI, that the mesh gateway is a replacement mesh gateway , wherein the second NI is associated with the mesh WLAN while the replaced mesh gateway was part of it; receiving, from the MAP in STA mode, a join request message including mesh configuration information associated with the mesh WLAN ; establishing a mesh connection with the MAP using the mesh configuration information; and transmitting a mesh announcement message including a mesh peer list based on the mesh configuration information.
A control element having a carrier part attachable to a device housing, in particular to a housing of a laboratory device, for example of a laboratory stirrer, and having a rotary knob which is held at the carrier part , which is rotatable about an axis of rotation, which is provided with a permanent magnet , and which is additionally adjustable in an axial direction relative to the carrier part between a non-pressed position and a pressed position, wherein the rotary knob can be returned from the pressed position into the non-pressed position on the basis of a magnetic force acting between the carrier part and the rotary knob , and wherein the permanent magnet is configured as a ring magnet , characterized in that the rotary knob has a polygon socket at its side facing the carrier part in which the ring magnet is received in a force-fitted manner.
Sampling device for collecting a sample of a body fluid comprising - a metal lancing unit having a distal tip suitable for piercing skin and a capillary channel extending between the tip and a proximal section of the lancing unit for collecting body fluid; - a plastic holding unit individually affixed to the lancing unit for manipulating the lancing unit in order to form an incision in the skin; - wherein the holding unit comprises a plastic structure adapted for releasable engagement of an actuation mechanism, - and wherein the holding unit contains a sorbent adapted for sorption of moisture and/or volatile substances to protect the sampling device from degradation prior to use. - a metal lancing unit having a distal tip suitable for piercing skin and a capillary channel extending between the tip and a proximal section of the lancing unit for collecting body fluid; - a plastic holding unit individually affixed to the lancing unit for manipulating the lancing unit in order to form an incision in the skin; - wherein the holding unit comprises a plastic structure adapted for releasable engagement of an actuation mechanism, - and wherein the holding unit contains a sorbent adapted for sorption of moisture and/or volatile substances to protect the sampling device from degradation prior to use.
A front attachment for a self-propelled combine harvester for harvesting corn, having a plurality of intake and picking devices , which respectively comprise a picking gap constructed from two picking plates which are spaced apart, picking rollers which are disposed in pairs below the picking gap and which are driven in opposite directions, and a chopping assembly disposed below the picking rollers, and wherein a conveyor star having at least one rotatably driven picking finger is associated with the upper side of the picking gap in a manner such that the picking finger picks up crop and conveys it along the picking gap , wherein the conveyor star accommodates the at least one picking finger in a rotatably movable manner and the rotational movement is executed by means of an eccentric gear control , characterized in that the eccentric gear control has a drive shaft and an output shaft , wherein the drive shaft is mounted on a first rotational element so as to be unable to rotate and the output shaft is rotatably mounted on a second rotational element , wherein the picking finger is respectively rotatably mounted about a first and a second finger axis of rotation , wherein the first finger axis of rotation is disposed on the first rotational element and the second finger axis of rotation is disposed on the second rotational element , wherein the first and the second finger axis of rotation have an eccentric offset (E) with respect to each other and the drive shaft and the output shaft have the same eccentric offset (E) with respect to each other.
A device for applying labels to a workpiece, comprising a linearly movable punch , by which a label which has been taken up can be applied to a workpiece, and comprising a positioning aid , which assists correct positioning of the workpiece, characterized in that the positioning aid has at least two line lasers which are oriented and arranged such that each one emits a fan of light in a plane which runs parallel to a displacement direction of the punch , and the two fans of light intersect.