mhurhangee/patent-ind-claim-en huggingface dataset:
A signaling device control system , comprising: - a user interface that presents a user interface tool including a map of a building and receives (i) a first input indicating a boundary of the building, (ii) a second input indicating a predetermined equation parameter, (iii) a third input indicating an initiating device assigned to a space defined by the boundary, and (iv) a fourth input indicating a signaling device assigned to the space defined by boundary; - an association mapper that generates a response function defining a response of the signaling device to a detection signal outputted by the initiating device based on the first input, the second input, the third input, and the fourth input, and outputs instructions to at least one of the signaling device and a fire control panel that controls operation of the signaling device to cause the signaling device to execute the response defined by the response function in response to the detection signal; and - an association database that the association mapper uses to assign the predetermined equation parameter to the boundary based on the first input and the second input, the initiating device to the boundary based on the first input and the third input, and the signaling device to the boundary based on the first input and the fourth input. - a user interface that presents a user interface tool including a map of a building and receives (i) a first input indicating a boundary of the building, (ii) a second input indicating a predetermined equation parameter, (iii) a third input indicating an initiating device assigned to a space defined by the boundary, and (iv) a fourth input indicating a signaling device assigned to the space defined by boundary; - an association mapper that generates a response function defining a response of the signaling device to a detection signal outputted by the initiating device based on the first input, the second input, the third input, and the fourth input, and outputs instructions to at least one of the signaling device and a fire control panel that controls operation of the signaling device to cause the signaling device to execute the response defined by the response function in response to the detection signal; and - an association database that the association mapper uses to assign the predetermined equation parameter to the boundary based on the first input and the second input, the initiating device to the boundary based on the first input and the third input, and the signaling device to the boundary based on the first input and the fourth input.
A pneumatic tire , comprising a belt comprising at least one belt layer on a tire radial-direction inner side of a tread portion , wherein the belt comprises a belt layer in which a reinforcing element comprising plural metal filaments aligned in a single row without being twisted together is embedded in an elastomer, the tread portion comprises: two or more circumferential main grooves (16a-16c) arranged within a width of a ground-contact surface; and land portions (17a-17d) partitioned by the circumferential main grooves (16a-16c), when two land portions on respective tread width-direction outer sides are defined as shoulder land portions while land portions on a tread width-direction inner side than the shoulder land portions are defined as center land portions , a widthwise sipe extending in the tread width direction is arranged in at least one of the center land portions , characterised in that the widthwise sipe comprises: a linear portion linearly extending from the surface of the tread portion toward the tire radial-direction inner side; and a bent portion extending from a tire radial-direction inner end of the linear portion toward the tire radial-direction inner side while bending in a tire circumferential direction, a linear shortest section where the length of the linear portion is the shortest exists in an extending length center portion of the widthwise sipe , and the length of the linear portion increases from the linear shortest section toward at least one of tread widthwise end portions. the belt comprises a belt layer in which a reinforcing element comprising plural metal filaments aligned in a single row without being twisted together is embedded in an elastomer, the tread portion comprises: two or more circumferential main grooves (16a-16c) arranged within a width of a ground-contact surface; and land portions (17a-17d) partitioned by the circumferential main grooves (16a-16c), when two land portions on respective tread width-direction outer sides are defined as shoulder land portions while land portions on a tread width-direction inner side than the shoulder land portions are defined as center land portions , a widthwise sipe extending in the tread width direction is arranged in at least one of the center land portions , characterised in that the widthwise sipe comprises: a linear portion linearly extending from the surface of the tread portion toward the tire radial-direction inner side; and a bent portion extending from a tire radial-direction inner end of the linear portion toward the tire radial-direction inner side while bending in a tire circumferential direction, a linear shortest section where the length of the linear portion is the shortest exists in an extending length center portion of the widthwise sipe , and the length of the linear portion increases from the linear shortest section toward at least one of tread widthwise end portions.
Contact-free controlled water armature , comprising an armature body comprising a wall which limits an internal space , wherein the wall comprises a base opening , a sensor opening and an outlet opening , and a presence sensor which is fixedly mounted on a sensor support , wherein in said internal space at least one mounting surface is provided for the mounting of the sensor support , wherein the sensor support is formed in two parts with a mounting part , on which the presence sensor is fastened, and a support part , wherein the mounting part and the support part are connected to each other via a longitudinal guiding and are movable relative to each other from an assembly position to a mounted position along the longitudinal guiding , wherein in the assembly position the mounting part is insertable into the internal space through the base opening and the presence sensor can be positioned partially or entirely in the sensor opening by manipulation of the support part projecting out of the internal space , wherein after the placement of the presence sensor in the sensor opening the support part can be slid into the internal space along the longitudinal guiding and comes to lie on the at least one mounting surface , characterized in that between the mounting part and the support part a latching element is arranged in the region of the longitudinal guiding , such that the relative movement between the mounting part and the support part is already restrained in the assembly position, such that the mounting part and the support part are secured relative to each other by the latching element at all times, wherein only upon expenditure of a corresponding force which overcomes the restraint, the mounting part and the support part can be moved relative to each other.
A tie rod capable of being fastened at two fastening points of a structure by means of two fastening screws, said tie rod comprising a longitudinal body provided with a first fastening end comprising a first circular opening and a second fastening end comprising a second circular opening , characterized in that it has a washer comprising a cylindrical external envelope body and provided with an off-center through orifice , said washer being received concentrically in the second circular opening and being movable in rotation in said second circular opening so as to modify the position of the off-center orifice in order to vary an interaxial fastening distance between said off-center orifice and the first circular opening .
A hand held device comprising: a) a head unit ; and b) a handle comprising a docking member for connecting to said head unit, and a gripping portion positioned distally away from said docking member, characterized in that said gripping portion comprises: i) a substrate retaining member forming a receiving region, the receiving region being an enclosed aperture; ii) a substrate removably retained by said substrate retaining member in said receiving region, said substrate comprising a top surface and bottom surface , opposite said top surface, wherein said top surface comprises a series of overlapping rings , and wherein the top surface forms a first finger receiving region and the bottom surface forms a second finger receiving region. a) a head unit ; and b) a handle comprising a docking member for connecting to said head unit, and a gripping portion positioned distally away from said docking member, characterized in that said gripping portion comprises: i) a substrate retaining member forming a receiving region, the receiving region being an enclosed aperture; ii) a substrate removably retained by said substrate retaining member in said receiving region, said substrate comprising a top surface and bottom surface , opposite said top surface, wherein said top surface comprises a series of overlapping rings , and wherein the top surface forms a first finger receiving region and the bottom surface forms a second finger receiving region. i) a substrate retaining member forming a receiving region, the receiving region being an enclosed aperture; ii) a substrate removably retained by said substrate retaining member in said receiving region, said substrate comprising a top surface and bottom surface , opposite said top surface, wherein said top surface comprises a series of overlapping rings , and wherein the top surface forms a first finger receiving region and the bottom surface forms a second finger receiving region.
A method for forming an aperture in a ceramic matrix composite, CMC, component , the method comprising: based on a final dimension of the aperture , selecting a tool having a tool size and a cutting surface ; selecting an angle at which to cut the component with the tool ; cutting a back surface of the component with the tool , the cutting surface of the tool positioned at the angle; repositioning the tool relative to the component ; and cutting the aperture through to its final dimension, wherein cutting the aperture through to its final dimension comprises cutting the component from a front surface , the front surface opposite the back surface . based on a final dimension of the aperture , selecting a tool having a tool size and a cutting surface ; selecting an angle at which to cut the component with the tool ; cutting a back surface of the component with the tool , the cutting surface of the tool positioned at the angle; repositioning the tool relative to the component ; and cutting the aperture through to its final dimension, wherein cutting the aperture through to its final dimension comprises cutting the component from a front surface , the front surface opposite the back surface .
Window or door having an outer frame , a sash/leaf and a drive device for the sash/leaf , which is mounted pivotably on the outer frame , having an electric drive which, in the closed position of the sash/leaf , is arranged in a concealed manner between the outer frame and the sash/leaf and which, to pivot the sash/leaf , is in engagement with a traction means held in a positionally fixed manner on one side, characterized in that the drive is held on the sash/leaf so as to be pivotable about a spaced pivot axle while being spring-loaded by a spring , and, in the closed position of the sash/leaf , the drive is pressed against the sash/leaf by the spring .
An image providing method comprising: storing a plurality of privacy modes of a plurality of registered objects by setting a privacy mode of each of the plurality of registered objects; obtaining a first image of a monitoring zone from a camera; setting a first privacy mode of a first registered object first appearing in the monitoring zone among the plurality of privacy modes of the plurality of registered objects; in the first privacy mode, if a request for the first image is received from the first registered object, providing the first image in which a privacy zone preset by the first registered object is not processed; and in the first privacy mode, if a request for the first image is received from at least one of the plurality of registered objects other than the first registered object, generating and providing a second image in which the privacy zone preset by the first registered object is processed in the first image. storing a plurality of privacy modes of a plurality of registered objects by setting a privacy mode of each of the plurality of registered objects; obtaining a first image of a monitoring zone from a camera; setting a first privacy mode of a first registered object first appearing in the monitoring zone among the plurality of privacy modes of the plurality of registered objects; in the first privacy mode, if a request for the first image is received from the first registered object, providing the first image in which a privacy zone preset by the first registered object is not processed; and in the first privacy mode, if a request for the first image is received from at least one of the plurality of registered objects other than the first registered object, generating and providing a second image in which the privacy zone preset by the first registered object is processed in the first image.
Apparatus for tapping electric energy from an HVDC power transmission system comprising at least one voltage source converter , VSC, connectable to the HVDC power transmission system, and an intermediate ac network containing the VSC, characterized in that the apparatus further comprises a switching arrangement comprising switching means configured to disconnect the intermediate ac network from the HVDC power transmission system in dependence on a changed polarity of the HVDC power transmission system, the switching means further configured to reconnect the apparatus to the HVDC power transmission system with changed polarity.
A computer-implemented method for automated production of a variation curve of an indicator representing the heart rate variability of an individual or of a competition animal, said method comprising the following steps: - determining a sequence of a plurality of measurements of an indicator representing the heart rate variability, said measurements being carried out with a predetermined constant time period, wherein at least one occurrence among said measurements can be omitted, said sequence comprising, for each time occurrence of said period, either a measurement or a zero value corresponding to a lack of measurement at the associated time occurrence; - normalising the measurements of said sequence by excluding the zero values from the normalisation; - performing at least one interpolation of the normalised sequence by performing a sliding average over a predetermined duration P of the values of the sequence, the zero values being excluded from the average; - filtering , if at least one zero value, corresponding to a missing measurement, remains in the interpolated sequence, said sequence by cancelling the P-1 values preceding said at least one zero value and the P-1 values following said at least one zero value. - determining a sequence of a plurality of measurements of an indicator representing the heart rate variability, said measurements being carried out with a predetermined constant time period, wherein at least one occurrence among said measurements can be omitted, said sequence comprising, for each time occurrence of said period, either a measurement or a zero value corresponding to a lack of measurement at the associated time occurrence; - normalising the measurements of said sequence by excluding the zero values from the normalisation; - performing at least one interpolation of the normalised sequence by performing a sliding average over a predetermined duration P of the values of the sequence, the zero values being excluded from the average; - filtering , if at least one zero value, corresponding to a missing measurement, remains in the interpolated sequence, said sequence by cancelling the P-1 values preceding said at least one zero value and the P-1 values following said at least one zero value.
Multi-layer composite comprising two films whose main constituent is a polyetheretherketone; and a pressure-sensitive adhesive compound obtainable by thermal crosslinking of a composition comprising a) at least one silicone comprising at least two alkenyl groups; b) at least one silicone resin; c) at least one substance suitable for crosslinking alkenyl-group-containing silicones and comprising at least two Si-H groups; and d) at least one substance suitable for accelerating a reaction of the Si-H groups with the alkenyl groups, characterized in that the amount-of-substance ratio of the sum total of the Si-H groups to the sum total of the alkenyl groups provided by the silicones a) and silicone resins b) is less than 1:1; where the pressure-sensitive adhesive compound is disposed between these films. two films whose main constituent is a polyetheretherketone; and a pressure-sensitive adhesive compound obtainable by thermal crosslinking of a composition comprising a) at least one silicone comprising at least two alkenyl groups; b) at least one silicone resin; c) at least one substance suitable for crosslinking alkenyl-group-containing silicones and comprising at least two Si-H groups; and d) at least one substance suitable for accelerating a reaction of the Si-H groups with the alkenyl groups, b) at least one silicone resin; c) at least one substance suitable for crosslinking alkenyl-group-containing silicones and comprising at least two Si-H groups; and d) at least one substance suitable for accelerating a reaction of the Si-H groups with the alkenyl groups, characterized in that the amount-of-substance ratio of the sum total of the Si-H groups to the sum total of the alkenyl groups provided by the silicones a) and silicone resins b) is less than 1:1; where the pressure-sensitive adhesive compound is disposed between these films.
A composition for use in treating a disease or disorder of the eye, comprising: a hydrophilic, porous silicon dioxide substrate; and a drug or biologically active material within the pores of the silicon dioxide substrate; wherein the silicon dioxide substrate is obtainable by heating a porous silicon substrate to a temperature of above 600°C in an oxidizing environment. a hydrophilic, porous silicon dioxide substrate; and a drug or biologically active material within the pores of the silicon dioxide substrate; wherein the silicon dioxide substrate is obtainable by heating a porous silicon substrate to a temperature of above 600°C in an oxidizing environment.
A printer configured to print information on a print medium (PL) and issue the printed print medium, the printer comprising: a storage configured to store an item image and affixing position information, the affixing position information being an affixing position image relating to an affixing position of the print medium (PL) to an item (PD), the item image and the affixing position information being in association with item information for identifying the item (PD); a reception unit configured to receive input of the item information; an acquisition unit configured to acquire the item image and the affixing position information associated with the item information from the storage , the item information being received by the reception unit ; and a display control unit configured to cause a display unit to display the item image and the affixing position information which are acquired by the acquisition unit . a storage configured to store an item image and affixing position information, the affixing position information being an affixing position image relating to an affixing position of the print medium (PL) to an item (PD), the item image and the affixing position information being in association with item information for identifying the item (PD); a reception unit configured to receive input of the item information; an acquisition unit configured to acquire the item image and the affixing position information associated with the item information from the storage , the item information being received by the reception unit ; and a display control unit configured to cause a display unit to display the item image and the affixing position information which are acquired by the acquisition unit .
A delivery device comprising: a handle ; a pusher tube ; a central tube including a plunger assembly providing attachments configured to selectively engage a valve prosthesis, the central tube being coupled to the handle; and a sheath capsule connected to the pusher tube, the capsule being slidably disposed over the central tube and configured to compressively contain the valve prosthesis engaged with the attachments, wherein the capsule surrounds the plunger assembly and the collapsed valve prosthesis during delivery of the prosthesis , characterised in that it also comprises an oscillator configured to transmit vibratory motion to the pusher tube and the sheath capsule at a defined frequency; wherein the handle is further coupled to the pusher tube, wherein the oscillator is positioned on the handle, and wherein the handle includes an actuation portion , wherein the actuation portion is coupled to the pusher tube and is configured to move pusher tube and capsule relative to central tube and plunger assembly . a handle ; a pusher tube ; a central tube including a plunger assembly providing attachments configured to selectively engage a valve prosthesis, the central tube being coupled to the handle; and a sheath capsule connected to the pusher tube, the capsule being slidably disposed over the central tube and configured to compressively contain the valve prosthesis engaged with the attachments, wherein the capsule surrounds the plunger assembly and the collapsed valve prosthesis during delivery of the prosthesis , characterised in that it also comprises an oscillator configured to transmit vibratory motion to the pusher tube and the sheath capsule at a defined frequency; wherein the handle is further coupled to the pusher tube, wherein the oscillator is positioned on the handle, and wherein the handle includes an actuation portion , wherein the actuation portion is coupled to the pusher tube and is configured to move pusher tube and capsule relative to central tube and plunger assembly .
An anti-microbial composition comprising: (i) a compound of formula: [N(CH 3 ) 3 Q 2 ] + Y - (C 2 ) wherein Q 2 has structure -(CH 2 ) a NHC(O)(CH 2 ) b CHCH 2 , wherein a + b is an integer of from 8 to 18, provided that a and b are each independently an integer of from 1 to 9, wherein Y - is a halide anion, alkylsulphate, sulphonate, saccharinate, or bicarbonate, or a mixture of compounds of formula (C 2 ); (ii) at least one anti-microbial quaternary ammonium compound and chlorhexidine or a chlorhexidine salt; and (iii) a polar solvent. (i) a compound of formula: [N(CH 3 ) 3 Q 2 ] + Y - (C 2 ) wherein Q 2 has structure -(CH 2 ) a NHC(O)(CH 2 ) b CHCH 2 , wherein a + b is an integer of from 8 to 18, provided that a and b are each independently an integer of from 1 to 9, wherein Y - is a halide anion, alkylsulphate, sulphonate, saccharinate, or bicarbonate, or a mixture of compounds of formula (C 2 ); (ii) at least one anti-microbial quaternary ammonium compound and chlorhexidine or a chlorhexidine salt; and (iii) a polar solvent.