mhurhangee/ep-ind-claims huggingface dataset:
An endoscope adaptor to be detachably connected to a robot arm of a robotic surgical system through a drape adaptor holding a drape, the endoscope adaptor comprising: an endoscope holder configured to rotatably hold an endoscope; a base portion that includes: an attachment portion to be attached to the drape adaptor; a driven member configured to be driven to rotate by a drive part of the robot arm via the drape adaptor; and a transmission mechanism configured to transmit rotation of the driven member to the endoscope holder; and a cable holder configured as a clump mechanism to hold a cable connected to the endoscope, wherein the cable holder includes a holding member capable of switching between a first state in which the holding member is engaged with the base portion and a second state in which the holding member is disengaged from the base portion, the cable can be held in the cable holder in the first state and the cable can be removed from the cable holder in the second state. an endoscope holder configured to rotatably hold an endoscope; a base portion that includes: an attachment portion to be attached to the drape adaptor; a driven member configured to be driven to rotate by a drive part of the robot arm via the drape adaptor; and a transmission mechanism configured to transmit rotation of the driven member to the endoscope holder; and a cable holder configured as a clump mechanism to hold a cable connected to the endoscope, wherein the cable holder includes a holding member capable of switching between a first state in which the holding member is engaged with the base portion and a second state in which the holding member is disengaged from the base portion, the cable can be held in the cable holder in the first state and the cable can be removed from the cable holder in the second state.
An information processing program to be executed by a computer of an information processing apparatus performing processing based on taken data and causing said computer to function as: a processing data calculator (44a, S5) which is configured to calculate processing data from predetermined data by using a predetermined one-way function; an outputter (44a, S9) which is configured to output said predetermined data and said processing data calculated by said processing data calculator (44a, S5) to outside; an inputter (44a, S21) which is configured to input predetermined data and processing data from outside; a verification data calculator (44a, S29) which is configured to calculate verification data from said predetermined data input by said inputter (44a, S21) by using said predetermined one-way function; an executor which is configured to execute predetermined processing by using said processing data when said processing data input by said inputter (44a, S21) and said verification data calculated by said verification data calculator (44a, S29) are coincident with each other. a processing data calculator (44a, S5) which is configured to calculate processing data from predetermined data by using a predetermined one-way function; an outputter (44a, S9) which is configured to output said predetermined data and said processing data calculated by said processing data calculator (44a, S5) to outside; an inputter (44a, S21) which is configured to input predetermined data and processing data from outside; a verification data calculator (44a, S29) which is configured to calculate verification data from said predetermined data input by said inputter (44a, S21) by using said predetermined one-way function; an executor which is configured to execute predetermined processing by using said processing data when said processing data input by said inputter (44a, S21) and said verification data calculated by said verification data calculator (44a, S29) are coincident with each other.
Use of a duplex steel for the production of an armouring layer of a flexible pipe comprising at least one unbonded armouring layer and at least one unbonded sealing layer and an inner armouring layer (carcass) inside the internal polymer sealing layer, said inner armouring layer being of said duplex steel wherein the duplex steel comprises in weight percent 0.01-0.05 % by weight of carbon at least 0.15 % by weight of nitrogen 20.0-23.0 % by weight of chromium (Cr) up to 3.0 % by weight of nickel (Ni) up to 1.0 % by weight of molybdenum (Mo) 3-6 % by weight of manganese (Mn) Up to 1.0 % by weight of copper (Cu) incidental impurities in an amount of up to 1 % by weight in total, such as up to 0.5 % by weight in total, and balance being iron (Fe).
A magnetic structure (20, 20a) including a columnar base material extending along an axis and a magnetostrictive portion (2, 200) which is disposed on an outer peripheral surface of the base material and is containing a plurality of chemical elements, wherein the magnetostrictive portion (2, 200) includes a plurality of portions (22a - 22o), wherein a concentration of at least one of the plurality of chemical elements in any one of the plurality of portions is different from a concentration of the at least one of the plurality of chemical elements in another one of the plurality of portions, and suppose a cross section orthogonal to the axis is a first cross section and a cross section orthogonal to the first cross section and passing through the axis is a second cross section, the magnetostrictive portion (2, 200) satisfies at least one of requirements,, and: in the first cross section, portions having different concentrations of the at least one element are arranged clockwise about the axis, in the first cross section, portions having different concentrations of the at least one element are arranged in a thickness direction of the magnetostrictive portion (2, 200), and in the second cross section, portions having different concentrations of the at least one element are arranged along the axis. in the first cross section, portions having different concentrations of the at least one element are arranged clockwise about the axis, in the first cross section, portions having different concentrations of the at least one element are arranged in a thickness direction of the magnetostrictive portion (2, 200), and in the second cross section, portions having different concentrations of the at least one element are arranged along the axis.
An apparatus for manufacturing a pouch of a secondary battery, the apparatus comprising: a lower die having an accommodation groove for molding a cup part of the pouch in a base surface, on which the pouch is disposed; a punch inserted into the accommodation groove of the lower die to mold the cup part of the pouch; and a stripper provided to press a peripheral part of the pouch, which is disposed around a portion to be molded as the cup part of the pouch by the punch, wherein two accommodation grooves provided with a left accommodation groove and a right accommodation groove are formed in the lower die, a bridge part configured to connect the two accommodation grooves to each other is formed between the left accommodation groove and the right accommodation groove, the bridge part comprises a pillar portion of which lateral sides are formed as two straight lines and a top portion formed as a curve on an upper end of the pillar portion, based on a cross-sectional view, the apparatus being characterized in that a height (h) of the top portion, which is measured at an upper end of the pillar portion, is less than 1/2 of a width of the pillar portion. a lower die having an accommodation groove for molding a cup part of the pouch in a base surface, on which the pouch is disposed; a punch inserted into the accommodation groove of the lower die to mold the cup part of the pouch; and a stripper provided to press a peripheral part of the pouch, which is disposed around a portion to be molded as the cup part of the pouch by the punch, wherein two accommodation grooves provided with a left accommodation groove and a right accommodation groove are formed in the lower die, a bridge part configured to connect the two accommodation grooves to each other is formed between the left accommodation groove and the right accommodation groove, the bridge part comprises a pillar portion of which lateral sides are formed as two straight lines and a top portion formed as a curve on an upper end of the pillar portion, based on a cross-sectional view, the apparatus being characterized in that a height (h) of the top portion, which is measured at an upper end of the pillar portion, is less than 1/2 of a width of the pillar portion.
A chlorinated polyether consisting of: repeating units of the chlorinated-ether residue represented by the following formula and the chlorinated-ether residue represented by the following formula. a residue unit derived from a polymerization initiator selected from the group consisting of ethylene glycol, propylene glycol, gyvcerol, pentaérythritol and sorbitol; and a hydroxy group, wherein a proportion (molar ratio) of the chlorinated-ether residue represented by the following formula to the chlorinated-ether residue represented by the following formula is from 20/80 to 80/20: repeating units of the chlorinated-ether residue represented by the following formula and the chlorinated-ether residue represented by the following formula. a residue unit derived from a polymerization initiator selected from the group consisting of ethylene glycol, propylene glycol, gyvcerol, pentaérythritol and sorbitol; and a hydroxy group, wherein a proportion (molar ratio) of the chlorinated-ether residue represented by the following formula to the chlorinated-ether residue represented by the following formula is from 20/80 to 80/20:
Safety end cap assembly (100, 200, 25, 300) to be arranged on an end of an elongate housing of a LED tube, comprising - an end cap base element (101, 201, 29, 301) to be arranged at one end thereof on an end of the elongate housing; - at least one connector pin (105, 107, 205, 207) extending along a longitudinal axis of the end cap base element (101, 201, 29, 301); - an electrical switch electrically connected to the connector pin (105, 107, 205, 207) and switchable between an open state and a closed state by means of a switch button (113, 213, 313, 41) arranged on the end cap base element (101, 201, 29, 301); and - an end cap cover element (103, 203, 303, 43) arranged slidable on the end cap base element (101, 201, 29, 301) along said longitudinal axis between a protracted position, in which the switch button (113, 213, 313, 41) is covered by the end cap cover element (103, 203, 303, 43), and a retracted position, in which the switch button (113, 213, 313, 41) is exposed; wherein - in its protracted position the end cap cover element (103, 203, 303, 43) extends beyond the end of the end cap base element (101, 201, 29, 301) opposite the end that is to be arranged on the end of the elongate housing; and wherein - for sliding the end cap cover element (103, 203, 303, 43) from its protracted position to its retracted position, the end cap cover element (103, 203, 303, 43) is moved towards the end cap base element (101, 201, 29, 301). - an end cap base element (101, 201, 29, 301) to be arranged at one end thereof on an end of the elongate housing; - at least one connector pin (105, 107, 205, 207) extending along a longitudinal axis of the end cap base element (101, 201, 29, 301); - an electrical switch electrically connected to the connector pin (105, 107, 205, 207) and switchable between an open state and a closed state by means of a switch button (113, 213, 313, 41) arranged on the end cap base element (101, 201, 29, 301); and - an end cap cover element (103, 203, 303, 43) arranged slidable on the end cap base element (101, 201, 29, 301) along said longitudinal axis between a protracted position, in which the switch button (113, 213, 313, 41) is covered by the end cap cover element (103, 203, 303, 43), and a retracted position, in which the switch button (113, 213, 313, 41) is exposed; wherein - in its protracted position the end cap cover element (103, 203, 303, 43) extends beyond the end of the end cap base element (101, 201, 29, 301) opposite the end that is to be arranged on the end of the elongate housing; and wherein - for sliding the end cap cover element (103, 203, 303, 43) from its protracted position to its retracted position, the end cap cover element (103, 203, 303, 43) is moved towards the end cap base element (101, 201, 29, 301).
Apparatus for optically recording an underfloor of a vehicle, having at least one camera, characterized in that the camera is arranged laterally of the vehicle and the view ray of the camera extends substantially transversely with respect to the longitudinal axis of the vehicle, and in that the apparatus has at least two mirrors, which are arranged and aligned such that images of a plurality of regions of the underfloor of the vehicle are able to be recorded at the same time by the camera, wherein the mirrors are offset in the longitudinal and transverse direction.
A fail safe valve arrangement comprising: a safety valve to occupy one of an open position and a closed position in a fluid channel; characterized by a first accumulator for actuating the valve to the closed position relative the channel; and a second accumulator for actuating the valve to the opened position, the valve openly responsive both to a dedicated hydraulic line to surface and to influx of fluid from the channel to the second accumulator. a safety valve to occupy one of an open position and a closed position in a fluid channel; characterized by a first accumulator for actuating the valve to the closed position relative the channel; and a second accumulator for actuating the valve to the opened position, the valve openly responsive both to a dedicated hydraulic line to surface and to influx of fluid from the channel to the second accumulator.
A hearing aid having a housing comprising: an input circuit adapted to provide one or more input audio signals; a signal processing circuit adapted to process at least one of the one or more input audio signals; wherein the signal processing circuit comprises an RF transmitter and/or an RF receiver and an electronic circuit, an output means adapted and arranged to provide an audible signal to a user in dependence on at least one processed input audio signal; an RF antenna adapted to receive and/or transmit electromagnetic RF signals within a first frequency range enclosing a first frequency of resonance of the RF antenna corresponding to a first wavelength, the RF antenna comprising: an electrically conductive antenna element having a feed for electrically connecting to the RF transmitter and/or the RF receiver; an electronic component adapted to receive and/or provide one or more electric signals from/to the electronic circuit within a second frequency range not overlapping the first frequency range; and one or more electric leads electrically connected to lead the one or more electric signals between the electronic component and the electronic circuit, each of the one or more electric leads being electrically connected to the electronic circuit through a respective inductor (14, 16) adapted to reflect and/or attenuate signals within the first frequency range and pass signals within the second frequency range, characterised in that the antenna element and the one or more electric leads are formed in or on a substrate, the coupling between the antenna element and the one or more electric leads is mainly capacitive, and, the RF antenna extends partly through a portion of the housing which is adapted to be arranged on the top of the ridge between the pinna and the head of the user when the hearing device is in its operating position. an electrically conductive antenna element having a feed for electrically connecting to the RF transmitter and/or the RF receiver; an electronic component adapted to receive and/or provide one or more electric signals from/to the electronic circuit within a second frequency range not overlapping the first frequency range; and one or more electric leads electrically connected to lead the one or more electric signals between the electronic component and the electronic circuit, each of the one or more electric leads being electrically connected to the electronic circuit through a respective inductor (14, 16) adapted to reflect and/or attenuate signals within the first frequency range and pass signals within the second frequency range, characterised in that the antenna element and the one or more electric leads are formed in or on a substrate, the coupling between the antenna element and the one or more electric leads is mainly capacitive, and, the RF antenna extends partly through a portion of the housing which is adapted to be arranged on the top of the ridge between the pinna and the head of the user when the hearing device is in its operating position.
Method for the spectrum analysis of a signal (s 1 (t)) in a plurality of frequency bands with different frequency resolution, in which the two spectra of the signal (s 1 (t)) of adjacent frequency bands in the transmission region of the two frequency bands are aligned with each other, and in which the alignment of the two spectra of the signal (s 1 (t)) is performed by smoothing over a specific number of discrete, complex spectral values ( S (-L + 1 < = n < = 0)) in the transmission region of the frequency band with the higher frequency resolution, the associated power values (|S(-L + 1 < = n < = 0)| 2) being used to smooth the discrete complex spectral values ( S (-L + 1 < = n < = 0)), the smoothing of each of the power values (| S (-L + 1 < = n < =0)| 2) being performed by discrete convolution of the respective power value (| S (-L + 1 < = n < = 0)| 2) with the aid of an associated discrete averaging filter (4 0,..., 4 n,..., 4 L-1) whose filter length varies as a function of the frequency position of the respective power value (| S (-L + 1 < = n < = 0)| 2) to be smoothed, this taking place in stepwise fashion while keeping the frequency grid of the frequency band with the higher frequency resolution, and the discrete convolution of each of the power values (| S (-L + 1 < = n < = 0)| 2) being performed by using a number (n 0 (n)) of low frequency and higher frequency adjacent power values (| S (n - n 0 < = k < = n + n 0)| 2) dependent on the respective power value S ̲ ̅ n 2 to be convoluted, with the number (n 0 (n)), required for the discrete convolution of the power values (| S (-L + 1 < = n < = - 1)| 2), of low frequency and higher frequency adjacent power values (| S (n-(n 0 < = k < = n + n 0)| 2) being respectively decremented by 2 with increasing distance of the power value (| S (-L + 1 < = n < = -1)| 2) to be smoothed from the boundary of the two frequency bands, and each averaging filter (4 0,..., 4 n,... 4 L-1) having a transmission function which is modulus squared and normalized.
Method for activating at least one function in a first communication equipment belonging to a communication network, the method comprising the following steps, which are executed by a second communication equipment also belonging to the communication network: - determining, according to at least one propagation time of at least one first message transmitted by the first communication equipment to the second communication equipment, at least one first value of a time lag, which value is intended to be used to synchronize the first and the second communication equipment, - checking whether said first value of the time lag satisfies an accuracy criterion, - when said first value of the time lag satisfies the accuracy criterion, transmitting, to the first communication equipment, a command to activate said function. - determining, according to at least one propagation time of at least one first message transmitted by the first communication equipment to the second communication equipment, at least one first value of a time lag, which value is intended to be used to synchronize the first and the second communication equipment, - checking whether said first value of the time lag satisfies an accuracy criterion, - when said first value of the time lag satisfies the accuracy criterion, transmitting, to the first communication equipment, a command to activate said function.
Screening method, comprising the steps of: - providing a sample, wherein said sample comprises a sample carrier with a surface structure, as well as an object of interest; Characterized by - providing information on said surface structure of said sample carrier, wherein said step of providing information on said surface structure comprises the step of acquiring an image of said sample carrier by acquiring an image of the sample using an imaging technique that is substantially sensitive to said sample carrier, and substantially less sensitive to the object of interest; - manipulating the acquired image using said information on said surface structure; and - screening said manipulated image for said object of interest. - providing a sample, wherein said sample comprises a sample carrier with a surface structure, as well as an object of interest; Characterized by - providing information on said surface structure of said sample carrier, wherein said step of providing information on said surface structure comprises the step of acquiring an image of said sample carrier by acquiring an image of the sample using an imaging technique that is substantially sensitive to said sample carrier, and substantially less sensitive to the object of interest; - manipulating the acquired image using said information on said surface structure; and - screening said manipulated image for said object of interest.
Procedure for manufacturing a flat sponge fabric, comprising the following steps: weaving of a first warp by means of a double-twisted cotton yarn; - weaving of a second warp substantially parallel to said first warp; - weaving of a cotton weft, the interweaving of said weft with at least said second warp being adapted to form a plurality of curls for absorbing water and/or other liquid in general, - formation of said second warp is executed using a synthetic yarn, characterized in that said synthetic yarn is of a cotton-cut type made of polyester and before the weaving, the synthetic yarn for the second warp is sized with a sizing concentration comprised between 1% and 9%, preferably with a sizing concentration comprised between 1% and 6%, more preferably comprised between 1% and 3%; then said flat sponge fabric is subjected to a stage of bleaching for eliminating the impurities and the sizing agent; said flat sponge fabric comprises at least 18 beat-ups per centimetre in the direction of the weft and/or at least 23 weft threads per centimetre. weaving of a first warp by means of a double-twisted cotton yarn; - weaving of a second warp substantially parallel to said first warp; - weaving of a cotton weft, the interweaving of said weft with at least said second warp being adapted to form a plurality of curls for absorbing water and/or other liquid in general, - formation of said second warp is executed using a synthetic yarn, - weaving of a second warp substantially parallel to said first warp; - weaving of a cotton weft, the interweaving of said weft with at least said second warp being adapted to form a plurality of curls for absorbing water and/or other liquid in general, - formation of said second warp is executed using a synthetic yarn, characterized in that said synthetic yarn is of a cotton-cut type made of polyester and before the weaving, the synthetic yarn for the second warp is sized with a sizing concentration comprised between 1% and 9%, preferably with a sizing concentration comprised between 1% and 6%, more preferably comprised between 1% and 3%; then said flat sponge fabric is subjected to a stage of bleaching for eliminating the impurities and the sizing agent; said flat sponge fabric comprises at least 18 beat-ups per centimetre in the direction of the weft and/or at least 23 weft threads per centimetre.