mhurhangee/patent-ind-claim-en huggingface dataset:
A preassembled transformer substation comprising - a plurality of strip-shaped assembling modules , - a plurality of wall corner modules , - connectors located between adjacent strip-shaped assembling modules and between the wall corner modules and adjacent strip-shaped assembling modules , - a wall body which is made from the plurality of strip-shaped assembling modules , - a roof , which is made of other strip-shaped assembling modules , characterized by - a door comprising a door body fixed at the wall body with hinges , wherein the door body is made of strip-shaped assembling modules , - a ridge , being located at a middle of the roof , wherein the roof of the preassembled transformer substation is formed by the other strip-shaped assembling modules together with the ridge and the connectors , wherein the other strip-shaped assembling modules are disposed on both sides of the ridge and have a first end connected with the ridge and a second end which is parallel to the first end and is inclined downward toward the wall body so as to form the roof which has an high portion close to the ridge and two lower portions close to second end portions of the assembling modules , wherein the roof and the wall body are connected by a ridge support metal part installed below the ridge , a top rail and a roof wall body metal connector , wherein the roof wall body metal connector connects, the ridge support metal part and the top rail , wherein the wall body , the door body , the top rail , the roof , the plurality of wall corner modules , the connectors and the ridge are made by pultrusion profiles of insulating material, wherein the insulating material is plastic or glasfiber reinforced Polyester, wherein the wall body , the roof , and the door body are made in double layer insulating material with approximately 40 millimeter air distance between each layer, and wherein the hinges of the door have fixation flanges being arranged in parallel and inside a space between an edge of the door body and an edge of the wall body . - a plurality of strip-shaped assembling modules , - a plurality of wall corner modules , - connectors located between adjacent strip-shaped assembling modules and between the wall corner modules and adjacent strip-shaped assembling modules , - a wall body which is made from the plurality of strip-shaped assembling modules , - a roof , which is made of other strip-shaped assembling modules , - a door comprising a door body fixed at the wall body with hinges , wherein the door body is made of strip-shaped assembling modules , - a ridge , being located at a middle of the roof , wherein the roof of the preassembled transformer substation is formed by the other strip-shaped assembling modules together with the ridge and the connectors , wherein the other strip-shaped assembling modules are disposed on both sides of the ridge and have a first end connected with the ridge and a second end which is parallel to the first end and is inclined downward toward the wall body so as to form the roof which has an high portion close to the ridge and two lower portions close to second end portions of the assembling modules ,
A multi-code-set channel estimation method in a time-slot CDMA system, comprising steps of: A. performing uni-code-set channel estimations with respect to signals corresponding respectively to a plurality of code-sets, and obtaining channel estimation results respectively of the plurality of code-sets ; B. extracting a maximum interference tap from the channel estimation results ; C. reproducing interference components suffered respectively by response signals corresponding respectively to the plurality of code-sets from the maximum interference tap ; D. canceling the interference components suffered respectively by response signals corresponding respectively to the plurality of code-sets from the maximum interference tap, and obtaining pure channel estimation results of respective code-set signals ; E. determining whether a predetermined number of iterations has been performed , if so, outputting the pure channel estimation results of respective code-set signals ; otherwise, taking the pure channel estimation results of respective code-set signals as the channel estimation results of respective code-sets to be processed in the next iteration, and returning to step B, wherein the code-set is a set of midambles constituted by K specific midambles (k=1, ..., K) deduced from one single basic code m ρ , wherein a basic midamble is given as the basic code for a same time slot of a cell, and different cyclic shift versions of the same basic code are taken by different users as his/her channel estimation code, and uni-code-set channel estimation is a channel estimation with respect to the midambles of multiple users within a single code-set belonging to a single basic code. A. performing uni-code-set channel estimations with respect to signals corresponding respectively to a plurality of code-sets, and obtaining channel estimation results respectively of the plurality of code-sets ; B. extracting a maximum interference tap from the channel estimation results ; C. reproducing interference components suffered respectively by response signals corresponding respectively to the plurality of code-sets from the maximum interference tap ; D. canceling the interference components suffered respectively by response signals corresponding respectively to the plurality of code-sets from the maximum interference tap, and obtaining pure channel estimation results of respective code-set signals ; E. determining whether a predetermined number of iterations has been performed , if so, outputting the pure channel estimation results of respective code-set signals ; otherwise, taking the pure channel estimation results of respective code-set signals as the channel estimation results of respective code-sets to be processed in the next iteration, and returning to step B,
A method for manufacturing metal film patterns on a substrate, comprising : forming a coating of a negative tone lift off resist composition above a substrate; curing the resist composition to form a resist layer; exposing the resist layer; developing the resist layer to form resist patterns; forming metal film on the resist patterns; and removing remained resist patterns and metal film on them; wherein the negative tone lift off resist composition comprises (A) an alkali soluble resin, (B) cross linker represented by below formula , and (C) cross linker represented by below formula , wherein R 1 is C 2-8 alkoxylalkyl, R 2 is C 2-8 alkoxylalkyl, R 3 is C 6-10 aryl unsubstituted or substituted by C 1-6 alkyl, C 1-8 alkyl unsubstituted or substituted by C 1-6 alkyl, or -NR 1 R 2 , R 4 is C 6-10 aryl unsubstituted or substituted by C 1-6 alkyl, C 1-8 alkyl unsubstituted or substituted by C 1-6 alkyl, or -NR 1 R 2 , R 5 is C 1-20 alkyl unsubstituted or substituted by C 1-6 alkyl, l is 1, 2, 3 or 4, m is 0, 1 or 2, n is 0, 1 or 2, and l+m+n ≤ 6. forming a coating of a negative tone lift off resist composition above a substrate; curing the resist composition to form a resist layer; exposing the resist layer; developing the resist layer to form resist patterns; forming metal film on the resist patterns; and removing remained resist patterns and metal film on them; wherein the negative tone lift off resist composition comprises (A) an alkali soluble resin, (B) cross linker represented by below formula , and (C) cross linker represented by below formula , wherein R 1 is C 2-8 alkoxylalkyl, R 2 is C 2-8 alkoxylalkyl, R 3 is C 6-10 aryl unsubstituted or substituted by C 1-6 alkyl, C 1-8 alkyl unsubstituted or substituted by C 1-6 alkyl, or -NR 1 R 2 , R 4 is C 6-10 aryl unsubstituted or substituted by C 1-6 alkyl, C 1-8 alkyl unsubstituted or substituted by C 1-6 alkyl, or -NR 1 R 2 , R 5 is C 1-20 alkyl unsubstituted or substituted by C 1-6 alkyl, l is 1, 2, 3 or 4, m is 0, 1 or 2, n is 0, 1 or 2, and l+m+n ≤ 6.
Assembly , that comprises: - a woven first fabric extending in a first overall direction (G1), the woven first fabric comprising first filamentary elements , referred to as warp elements, which are substantially parallel to one another and extending in a first direction (C1), referred to as the warp direction, substantially parallel to the first overall direction (G1), each first filamentary warp element comprising first and second filamentary members , - a woven or knitted second fabric , - a bearing structure comprising filamentary bearing elements connecting the woven first fabric and the woven or knitted second fabric together, each filamentary bearing element comprising at least one filamentary bearing portion extending between the woven first fabric and the woven or knitted second fabric , characterized in that the woven first fabric being arranged in such a way that, for an at-rest length L of the woven first fabric in the first overall direction (G1), expressed in m: - for any elongation of the woven first fabric in the first overall direction (G1) less than or equal to (2π x H) / L, the first filamentary member has a non-zero elongation and is not broken, - there is an elongation of the woven first fabric in the first overall direction (G1) less than or equal to (2π x H) / L, beyond which the second filamentary member is broken, in which H0 x K ≤ H where H0 is the mean straight-line distance between an internal face of the woven first fabric and an internal face of the woven or knitted second fabric when each filamentary bearing portion is at rest, H and H0 being expressed in m, and K=0.50. - a woven first fabric extending in a first overall direction (G1), the woven first fabric comprising first filamentary elements , referred to as warp elements, which are substantially parallel to one another and extending in a first direction (C1), referred to as the warp direction, substantially parallel to the first overall direction (G1), each first filamentary warp element comprising first and second filamentary members , - a woven or knitted second fabric , - a bearing structure comprising filamentary bearing elements connecting the woven first fabric and the woven or knitted second fabric together, each filamentary bearing element comprising at least one filamentary bearing portion extending between the woven first fabric and the woven or knitted second fabric , characterized in that - for any elongation of the woven first fabric in the first overall direction (G1) less than or equal to (2π x H) / L, the first filamentary member has a non-zero elongation and is not broken, - there is an elongation of the woven first fabric in the first overall direction (G1) less than or equal to (2π x H) / L, beyond which the second filamentary member is broken,
A method for controlling access to a first network, comprising: - receiving (S1), by a first network access device of the first network, an access request from a first user device, - determining (S2), by the first network access device, if the first user device was granted an access to the first network, - if the first user device has not been granted an access to the first network, determining (S3) if a second network access device linked to the first network access device granted the first user device an access to a second network, and - if the second network access device granted access to the first user device, granting (S4) the first user device an access to the first network by the first network access device, wherein the second network access device is linked to the first network access device if a link condition is met, the link condition being: c) a different user device has been granted an access to the first and second networks by said first and second network access devices respectively, or d) at least one communication has been exchanged between the first and second network access devices. - receiving (S1), by a first network access device of the first network, an access request from a first user device, - determining (S2), by the first network access device, if the first user device was granted an access to the first network, - if the first user device has not been granted an access to the first network, determining (S3) if a second network access device linked to the first network access device granted the first user device an access to a second network, and - if the second network access device granted access to the first user device, granting (S4) the first user device an access to the first network by the first network access device, c) a different user device has been granted an access to the first and second networks by said first and second network access devices respectively, or d) at least one communication has been exchanged between the first and second network access devices.
An ophthalmic apparatus, comprising: an acquisition unit configured to acquire a confocal image and a nonconfocal image of an eye to be inspected; a first detection unit configured to detect a photoreceptor cell of the eye to be inspected from the confocal image; a second detection unit configured to detect a photoreceptor cell of the eye to be inspected from the nonconfocal image; and a first comparison unit configured to compare the photoreceptor cell detected by the first detection unit and the photoreceptor cell detected by the second detection unit with each other; characterized by a display unit configured to display, in different display indications, the photoreceptor cell that is detected from both the confocal image and the nonconfocal image, and the photoreceptor cell that is detected from the nonconfocal image but is not detected from the confocal image based on a comparison result obtained by the first comparison unit on a screen. an acquisition unit configured to acquire a confocal image and a nonconfocal image of an eye to be inspected; a first detection unit configured to detect a photoreceptor cell of the eye to be inspected from the confocal image; a second detection unit configured to detect a photoreceptor cell of the eye to be inspected from the nonconfocal image; and a first comparison unit configured to compare the photoreceptor cell detected by the first detection unit and the photoreceptor cell detected by the second detection unit with each other; characterized by a display unit configured to display, in different display indications, the photoreceptor cell that is detected from both the confocal image and the nonconfocal image, and the photoreceptor cell that is detected from the nonconfocal image but is not detected from the confocal image based on a comparison result obtained by the first comparison unit on a screen.
An electronic safety elevator for detecting the position of a car moving through a plurality of floors in a shaft, comprising a pulse generator which outputs pulses in accordance with the amount of movement of said car ; and a position detector which detects that said car arrives at a predetermined position, characterized by a safety controller which is configured to count said pulses after said predetermined position is detected, and to output a command corresponding to a pre-stored value when the counted value reaches the pre-stored value, wherein the pre-stored value corresponds to positions stored in switch position data of the safety controller and the positions corresponding to a first virtual limit switch and a second virtual limit switch after detection of a terminating floor, and wherein the command at the first virtual limit switch is to limit the moving direction of the car and at the second virtual limit switch to actuate braking and to shut off power. a pulse generator which outputs pulses in accordance with the amount of movement of said car ; and a position detector which detects that said car arrives at a predetermined position, characterized by a safety controller which is configured to count said pulses after said predetermined position is detected, and to output a command corresponding to a pre-stored value when the counted value reaches the pre-stored value, wherein the pre-stored value corresponds to positions stored in switch position data of the safety controller and the positions corresponding to a first virtual limit switch and a second virtual limit switch after detection of a terminating floor, and wherein the command at the first virtual limit switch is to limit the moving direction of the car and at the second virtual limit switch to actuate braking and to shut off power.
Gas distribution circuit for feeding a gas engine of a work vehicle, said gas distribution circuit comprising a main tank module and being configured to be in fluid communication with at least one auxiliary tank module , said main tank module being fluidly connectable to said engine via a first conduit of the gas distribution circuit and said at least one auxiliary tank module being connectable to said engine via a second conduit of the gas distribution circuit, said gas distribution circuit comprising valve means fluidly interposed on said first conduit and configured to allow or deny gas communication between said main tank module and said engine , said valve means allowing such fluid communication if pressure in said second conduit is lower than a preset threshold, otherwise, fluid communication is allowed only between said at least one auxiliary tank module and said engine , characterised in that said valve means are configured to allow or deny said fluid communication according to a balance between a first pressure force given by elastic means acting on said valve means and a second pressure force given by a pressure pilot signal taken from said second conduit .
An information processing apparatus comprising: a position recognition unit configured to recognize an irradiation position (P) of laser light (V) by a laser pointer to a projection image; an information acquisition unit configured to acquire movement information of the laser pointer ; and a pointer information output unit configured to output a control signal for causing display of an object within a projection image corresponding to the irradiation position (P) to be changed in accordance with the movement information, wherein the information acquisition unit is configured to receive the movement information from the laser pointer , characterized in that the position recognition unit , the information acquisition unit and the pointer information output unit are included in a projector , and the position recognition unit is configured to recognize the irradiation position (P) of laser light (V) to the projection image by the laser pointer based on a non-visible light (N) captured image in which a coordinate recognition image of non-visible light (N) projected by the projector and superimposed on the projection image is captured by a non-visible light imaging unit provided in the laser pointer . a position recognition unit configured to recognize an irradiation position (P) of laser light (V) by a laser pointer to a projection image; an information acquisition unit configured to acquire movement information of the laser pointer ; and a pointer information output unit configured to output a control signal for causing display of an object within a projection image corresponding to the irradiation position (P) to be changed in accordance with the movement information, wherein the information acquisition unit is configured to receive the movement information from the laser pointer , characterized in that the position recognition unit , the information acquisition unit and the pointer information output unit are included in a projector , and the position recognition unit is configured to recognize the irradiation position (P) of laser light (V) to the projection image by the laser pointer based on a non-visible light (N) captured image in which a coordinate recognition image of non-visible light (N) projected by the projector and superimposed on the projection image is captured by a non-visible light imaging unit provided in the laser pointer .
An active noise reduction method, comprising the following steps: obtaining a frequency of a high-frequency noise signal in an acoustic environment (S1); constructing and generating a harmonic masking signal according to the frequency of the high-frequency noise signal (S2); and inputting the harmonic masking signal into a sound playback apparatus for playback (S3), to output a noise reduction construction sound and to perform noise reduction on the acoustic environment; characterized in that the harmonic masking signal comprises a harmonic signal and a masking signal, wherein the harmonic signal is a subharmonic wave of the high-frequency noise signal, wherein the subharmonic wave is formed from at least the first and the second integer fractional harmonic component of a subharmonic series starting from the high-frequency noise signal. obtaining a frequency of a high-frequency noise signal in an acoustic environment (S1); constructing and generating a harmonic masking signal according to the frequency of the high-frequency noise signal (S2); and inputting the harmonic masking signal into a sound playback apparatus for playback (S3), to output a noise reduction construction sound and to perform noise reduction on the acoustic environment; characterized in that the harmonic masking signal comprises a harmonic signal and a masking signal, wherein the harmonic signal is a subharmonic wave of the high-frequency noise signal, wherein the subharmonic wave is formed from at least the first and the second integer fractional harmonic component of a subharmonic series starting from the high-frequency noise signal.
Tracheostoma epithesis at least comprising an epithesis body and a receiving device , the epithesis body having a base shape with a distal base surface and a proximal mantle surface , wherein the epithesis body comprises a breathing opening extending continuously from proximal (p) to distal (d), wherein the receiving device comprises a receiving cylinder and a cover plate , wherein the cover plate is arranged on the base surface and wherein the cover plate is connected to the receiving cylinder .
A method for determining one or more heart beat features, the method comprising: capturing a series of visible light images of a face of a user by a visible light camera; capturing, during capturing the series of the visible light images, at least one infrared image of the face by an infrared camera; detecting, on the at least one infrared image, one or more first face landmarks indicative of a location of the face; locating one or more skin patches on the visible light image series; and determining one or more heart beat features based on the skin patches; and locating one or more skin patches comprises determining a position of the skin patches relative to the one or more first face landmarks. capturing a series of visible light images of a face of a user by a visible light camera; capturing, during capturing the series of the visible light images, at least one infrared image of the face by an infrared camera; detecting, on the at least one infrared image, one or more first face landmarks indicative of a location of the face; locating one or more skin patches on the visible light image series; and determining one or more heart beat features based on the skin patches; and locating one or more skin patches comprises determining a position of the skin patches relative to the one or more first face landmarks.