mhurhangee/patent-ind-claim-en huggingface dataset:
An optical signal intensity adjustment method, the optical signal input being monitored at each of a plurality of terminal station apparatuses (A, B, C), characterized by the following steps: identifying a fault pattern based on optical signal input in each of a plurality of wavelength bands comprised in the optical signal, a dummy light being included in each of the wavelength bands of the optical signal, identifying, based on the identified fault pattern, one of the wavelength bands, one of the terminal station apparatuses (A, B, C), and an optical intensity adjustment amount; and transmitting, to the identified terminal station apparatus, a control signal for adjusting an intensity of the dummy light included in the identified one of the wavelength bands by the identified optical intensity adjustment amount. identifying a fault pattern based on optical signal input in each of a plurality of wavelength bands comprised in the optical signal, a dummy light being included in each of the wavelength bands of the optical signal, identifying, based on the identified fault pattern, one of the wavelength bands, one of the terminal station apparatuses (A, B, C), and an optical intensity adjustment amount; and transmitting, to the identified terminal station apparatus, a control signal for adjusting an intensity of the dummy light included in the identified one of the wavelength bands by the identified optical intensity adjustment amount.
A knitted fastener stringer comprising a fastener tape of a warp knit structure in which an element attaching portion is disposed along one side edge of a tape main body portion , and a continuous fastener element which is knitted and fixed to the element attaching portion at the same time as knitting the fastener tape , the element attaching portion being configured by using at least a fixing chain stitch yarn which holds and fixes a pair of upper and lower leg portions of the fastener element in a tape front and rear direction, the fixing chain stitch yarn with a double structure comprising a first needle loop which is knitted into a ground structure on a lower surface side of a pair of the upper and lower leg portions of the element attaching portion and a second needle loop which fastens and fixes the upper and lower leg portions , wherein the first needle loop of the fixing chain stitch yarn is formed at the needle position of the back needle row (B), the second needle loop of the fixing chain stitch yarn is formed at a needle position of a front needle row (F), and the one first and one second needle loops of the fixing chain stitch yarn are formed at each one pitch of the fastener element , and each second needle loop fastens and fixes the upper and lower leg portions to the element attaching portion by striding across them and interlacing with a second needle loop which is subsequently formed. characterised in that the tape main body portion is knitted in a single structure having needle loops at a needle position of a back needle row (B).
A control method of a device including a data processing unit that includes a plurality of elements and channels that transfer data between the plurality of elements, wherein the channels provide data to other elements capable of accessing such channels without specifying the recipients, wherein respective elements in the plurality of elements include: a logic element ; an acquisition unit (21a-21d) that switches a connection between an input side of the logic element and the channels on and off on a cycle-by-cycle basis to control necessity of acquisition of data; and a post unit (28a-28d) that switches a connection between an output side of the logic element and the channels on and off on the cycle-by-cycle basis, wherein the data processing unit further includes a control unit that controls switching on and off of the acquisition unit and switching on and off of the post unit, and the control method comprises: changing, on the cycle-by-cycle basis, acquisition and posting of the plurality of elements for the channels in controlling of the control unit the switching on and off of the acquisition unit or the switching on and off of the post unit on the cycle-by-cycle basis. a logic element ; an acquisition unit (21a-21d) that switches a connection between an input side of the logic element and the channels on and off on a cycle-by-cycle basis to control necessity of acquisition of data; and a post unit (28a-28d) that switches a connection between an output side of the logic element and the channels on and off on the cycle-by-cycle basis,
A component of an aircraft and a fluid control system for said component, comprising: a filter module with a filter element having an inlet arranged to receive a fluid and an outlet arranged to provide the fluid to said component; and a pressure sensor connected across the filter module , the pressure sensor including: an enclosure having a body that extends between a first end and a second end , the first end receives a first fluid line and a second fluid line , wherein the first fluid line is in fluid communication with the inlet of the filter module and wherein the second fluid line is in fluid communication with the outlet of said filter module , a piston assembly having a piston head movably disposed within the enclosure and a piston rod extending from the piston head and through the second end , and a bellows disposed within the body that extends between and is operatively connected to the piston head and the first end and is at least partially disposed about a portion of the first fluid line . a filter module with a filter element having an inlet arranged to receive a fluid and an outlet arranged to provide the fluid to said component; and a pressure sensor connected across the filter module , the pressure sensor including: an enclosure having a body that extends between a first end and a second end , the first end receives a first fluid line and a second fluid line , wherein the first fluid line is in fluid communication with the inlet of the filter module and wherein the second fluid line is in fluid communication with the outlet of said filter module , a piston assembly having a piston head movably disposed within the enclosure and a piston rod extending from the piston head and through the second end , and a bellows disposed within the body that extends between and is operatively connected to the piston head and the first end and is at least partially disposed about a portion of the first fluid line . an enclosure having a body that extends between a first end and a second end , the first end receives a first fluid line and a second fluid line , wherein the first fluid line is in fluid communication with the inlet of the filter module and wherein the second fluid line is in fluid communication with the outlet of said filter module , a piston assembly having a piston head movably disposed within the enclosure and a piston rod extending from the piston head and through the second end , and a bellows disposed within the body that extends between and is operatively connected to the piston head and the first end and is at least partially disposed about a portion of the first fluid line .
Fittings for a tilt-turn window with a frame and a leaf, wherein the fittings contain a tilt piece for mounting on the frame and contain a tilt peg cooperating therewith on the leaf for tilting the window, whereby the tilt piece is provided with a substantially slat-shaped base for mounting on the frame and a section protruding from one side of the base that is executed in an elastically or plastically deformable material and whereby the tilt peg is provided on a sliding piece that is intended to be slideably mounted on the leaf characterised in that the protruding section in the transversal direction is provided with a substantially U-shaped or V-shaped recess and that the tilt peg possesses a length (E) in cross-section that is greater than the breadth of the recess at a distance from the bottom of the recess and which on hooking into the recess can form a rotation point over a restricted angle (G) for tilting.
A method for performing paging by a mobility management entity, MME, in a wireless communication system, the method comprising: receiving (S810) an nB from a base station, BS, ; computing (S820) a paging frame, PF, on the basis of the nB; and transmitting (S830) a paging message to the BS on the basis of a paging hyperframe, PH, and the computed PF, wherein the PH indicates a number of a hyper system frame via which the paging message is transmitted, and the PF indicates a number of a system frame via which the paging message is transmitted. receiving (S810) an nB from a base station, BS, ; computing (S820) a paging frame, PF, on the basis of the nB; and transmitting (S830) a paging message to the BS on the basis of a paging hyperframe, PH, and the computed PF, wherein the PH indicates a number of a hyper system frame via which the paging message is transmitted, and the PF indicates a number of a system frame via which the paging message is transmitted.
A tandem photovoltaic device, comprising an upper cell unit , a lower cell unit and a tunnel junction between the upper cell unit and the lower cell unit , wherein the lower cell unit is a crystalline silicon cell; the tunnel junction comprises an upper crystalline silicon layer , a lower crystalline silicon layer and an intermediate layer between the upper crystalline silicon layer and the lower crystalline silicon layer ; the upper crystalline silicon layer , the lower crystalline silicon layer and the intermediate layer are in direct contact with each other, and doping types of the upper crystalline silicon layer and the lower crystalline silicon layer are opposite, a doping concentration of the upper crystalline silicon layer at an interface with the intermediate layer , and a doping concentration of the lower crystalline silicon layer at an interface with the intermediate layer are both greater than or equal to 10 18 cm -3 ; and the intermediate layer comprises at least one dielectric layer, and a band gap width of the dielectric layer being greater than or equal to 3 eV. the tunnel junction comprises an upper crystalline silicon layer , a lower crystalline silicon layer and an intermediate layer between the upper crystalline silicon layer and the lower crystalline silicon layer ; the upper crystalline silicon layer , the lower crystalline silicon layer and the intermediate layer are in direct contact with each other, and doping types of the upper crystalline silicon layer and the lower crystalline silicon layer are opposite, a doping concentration of the upper crystalline silicon layer at an interface with the intermediate layer , and a doping concentration of the lower crystalline silicon layer at an interface with the intermediate layer are both greater than or equal to 10 18 cm -3 ; and the intermediate layer comprises at least one dielectric layer, and a band gap width of the dielectric layer being greater than or equal to 3 eV.
Motor vehicle headlight lighting module comprising: - at least one first light source , and possibly a second light source ; - a device for converting the wavelength of the light emitted by said first light source , the converter device possibly being able to receive the light emitted by said possible second light source ; and - a fan able to generate a flow of air; the lighting module being characterized in that it includes at least one first air duct and one second air duct that are separate, the fan being placed at the inlet of each of said first and second air ducts so as to distribute the flow of air between said ducts, the first light source and the wavelength converter device being disposed at the outlet of the first and second air ducts, respectively, and in that it comprises a support to which the fan, the wavelength converter device, the first light source and where applicable the second light source are fixed, said support comprising one or more internal walls defining the air ducts . - at least one first light source , and possibly a second light source ; - a device for converting the wavelength of the light emitted by said first light source , the converter device possibly being able to receive the light emitted by said possible second light source ; and - a fan able to generate a flow of air; the lighting module being characterized in that it includes at least one first air duct and one second air duct that are separate, the fan being placed at the inlet of each of said first and second air ducts so as to distribute the flow of air between said ducts, the first light source and the wavelength converter device being disposed at the outlet of the first and second air ducts, respectively, and in that it comprises a support to which the fan, the wavelength converter device, the first light source and where applicable the second light source are fixed, said support comprising one or more internal walls defining the air ducts .
A compensator (23720; 23820) attachable to an anvil of a surgical fastening instrument, wherein the anvil includes a forming surface, and wherein the compensator (23720; 23820) comprises: a compensator pack, comprising: a first layer comprising a tissue contacting surface; a second layer attached to the first layer; and an array of capillary channels (23727; 23827) defined in the tissue contacting surface; and an attachment portion configured to be attached to the anvil , characterised in that : the attachment portion comprises a slot (23721; 23821) configured to extend into the anvil , wherein at least some of the capillary channels (23727; 23827) open into the slot (23721; 23821). a compensator pack, comprising: a first layer comprising a tissue contacting surface; a second layer attached to the first layer; and an array of capillary channels (23727; 23827) defined in the tissue contacting surface; and a first layer comprising a tissue contacting surface; a second layer attached to the first layer; and an array of capillary channels (23727; 23827) defined in the tissue contacting surface; and an attachment portion configured to be attached to the anvil , characterised in that : the attachment portion comprises a slot (23721; 23821) configured to extend into the anvil , wherein at least some of the capillary channels (23727; 23827) open into the slot (23721; 23821).
Control drive for a motor vehicle, comprising • a housing , in particular consisting of a housing shell and a housing cover; • an electric drive ; • a spindle drive comprising a spindle ; • a control means which is formed by a spindle nut guided on the spindle ; • a mounting means ; • it being possible to move the spindle drive by means of the electric drive ; • it being possible to move the control means into the housing and out of the housing by means of the spindle drive; • the spindle being mounted in the control drive by means of the mounting means ; • the mounting means having a contact surface (A) which continuously changes in the direction of a central axis (M) of the spindle ; • the spindle having a spindle end which has a receiving opening ; characterized in that • the mounting means has a cylindrical extension; • the cylindrical extension is inserted into the receiving opening , as a result of which • the mounting means is form-fittingly connected to the spindle , and • the spindle end is form-fittingly attached to the mounting means . • a housing , in particular consisting of a housing shell and a housing cover; • an electric drive ; • a spindle drive comprising a spindle ; • a control means which is formed by a spindle nut guided on the spindle ; • a mounting means ; • it being possible to move the spindle drive by means of the electric drive ; • it being possible to move the control means into the housing and out of the housing by means of the spindle drive; • the spindle being mounted in the control drive by means of the mounting means ; • the mounting means having a contact surface (A) which continuously changes in the direction of a central axis (M) of the spindle ; • the spindle having a spindle end which has a receiving opening ; • the mounting means has a cylindrical extension; • the cylindrical extension is inserted into the receiving opening , as a result of which • the mounting means is form-fittingly connected to the spindle , and • the spindle end is form-fittingly attached to the mounting means .
Fastener for the fastening of an attaching or covering part to a supporting part comprising a stud , in particular a part of the body of a motor vehicle, wherein the fastener comprises a main body with: - a first fastening section comprising a cavity adapted to receive the stud , the cavity longitudinally extending along a longitudinal axis (X), and at least one resilient locking finger having a first end connected to the main body , a second end extending within the cavity and a catching portion adapted to engage with the stud in order to fix the fastener to the supporting part , wherein the main body comprises a cap , a first lateral wall , a third lateral wall and a second lateral wall extending between the first and the third lateral walls , wherein the walls and the cap define the cavity , - a second fastening section for the fastening of an attaching or covering part , wherein the cavity is laterally and axially accessible, such that the stud can be axially along the longitudinal axis (X) or laterally mounted, characterized in that the catching portion comprises a first and a second fin separated by a gap , wherein the first and second fins face the cavity and the fins and the gap are adapted to support a threaded shaft of a stud and/or the head of a stud, and in that a first elastic tongue extends from the main body at the outskirts of the cavity , wherein a second elastic tongue extends from the second fastening section , the second elastic tongue extending from an edge of the cap . - a first fastening section comprising a cavity adapted to receive the stud , the cavity longitudinally extending along a longitudinal axis (X), and at least one resilient locking finger having a first end connected to the main body , a second end extending within the cavity and a catching portion adapted to engage with the stud in order to fix the fastener to the supporting part , wherein the main body comprises a cap , a first lateral wall , a third lateral wall and a second lateral wall extending between the first and the third lateral walls , wherein the walls and the cap define the cavity , - a second fastening section for the fastening of an attaching or covering part , wherein the cavity is laterally and axially accessible, such that the stud can be axially along the longitudinal axis (X) or laterally mounted, characterized in that the catching portion comprises a first and a second fin separated by a gap , wherein the first and second fins face the cavity and the fins and the gap are adapted to support a threaded shaft of a stud and/or the head of a stud, and in that a first elastic tongue extends from the main body at the outskirts of the cavity , wherein a second elastic tongue extends from the second fastening section , the second elastic tongue extending from an edge of the cap .
Battery pack for a vehicle, the battery pack comprising a plurality of electrically connected battery cells and at least one current interruption device , wherein the at least one current interruption device comprises a movable pressure sensitive element which is engaged by a pressure rise inside the battery pack and whose engagement leads to an electrical disconnection of one or more battery cells , characterized in that the pressure sensitive element and the current interruption device are arranged in an open parallel circuit including at least one battery cell , wherein the current interruption device is designed to disconnect the electric connection of the battery cells upon closing of the parallel circuit , wherein the current interruption device comprises a cutting member to physically cut the electrical connection of the battery cells , wherein the parallel circuit is designed to become closed upon engagement of the pressure sensitive element and the electrical connection of the battery cells is disconnected with the cutting member which is supplied with electric power when the parallel circuit is closed.
A surgical microscope comprising: a light receiving unit including at least a pixel having sensitivity to an infrared region and a pixel having sensitivity to a visible light region and adapted to generate a first sensor signal obtained from the pixel having sensitivity to the infrared region and a second sensor signal obtained from the pixel having sensitivity to the visible light region; an imaging optical system adapted to guide image light of an eye which is light reflected from the eye as an operation target to the light receiving unit; an image mixing unit adapted to perform mixture processing of images based on the first and second sensor signals generated by the light receiving unit , the image mixing unit further being adapted to perform the mixture processing on an infrared light image generated by the first sensor signal and a visible light image generated by the second sensor signal to generate a mixed image, wherein the image mixing unit is adapted to generate the mixed image in which a partial region of the visible light image is replaced with a pixel value using pixel information of the infrared light image, wherein the pixel value using the pixel information of the infrared light image is the pixel value using luminance information of the infrared light image and chrominance information of the visible light image; and a presentation unit adapted to present the mixed image. a light receiving unit including at least a pixel having sensitivity to an infrared region and a pixel having sensitivity to a visible light region and adapted to generate a first sensor signal obtained from the pixel having sensitivity to the infrared region and a second sensor signal obtained from the pixel having sensitivity to the visible light region; an imaging optical system adapted to guide image light of an eye which is light reflected from the eye as an operation target to the light receiving unit; an image mixing unit adapted to perform mixture processing of images based on the first and second sensor signals generated by the light receiving unit , the image mixing unit further being adapted to perform the mixture processing on an infrared light image generated by the first sensor signal and a visible light image generated by the second sensor signal to generate a mixed image, wherein the image mixing unit is adapted to generate the mixed image in which a partial region of the visible light image is replaced with a pixel value using pixel information of the infrared light image, wherein the pixel value using the pixel information of the infrared light image is the pixel value using luminance information of the infrared light image and chrominance information of the visible light image; and a presentation unit adapted to present the mixed image.