mhurhangee/ep-ind-claims huggingface dataset:
A power tool, which performs a predetermined operation on a workpiece at least by axial linear movement of a tool bit coupled to a front end region of a housing comprising: a driving mechanism (113, 115) that is housed within the housing and linearly drives the tool bit, and a dynamic vibration reducer that includes a weight which is allowed to linearly move under a biasing force of an elastic element (155F, 155R), and reduces vibration caused during operation, by movement of the weight in the axial direction of the tool bit, wherein a dynamic vibration reducer housing space for housing the weight and the elastic element (155F, 155R) of the dynamic vibration reducer is integrally formed with the housing, the dynamic vibration reducer housing space has an elongate form extending in the axial direction of the tool bit and has one axial open end, and the weight and the elastic element (155F, 155R) are inserted and housed in the dynamic vibration reducer housing space through an opening of the open end, and the dynamic vibration reducer has a sealing member which compresses the elastic element (155F, 155R) and seals the opening under a biasing force of the elastic element (155F, 155R), the housing having a retaining member that retains the sealing member placed in a position to seal the opening, characterized in that a handgrip designed to be held by a user is detachably mounted to the housing on the side opposite the tool bit, and the opening of the dynamic vibration reducer housing space faces the outside when the handgrip is removed from the housing. a driving mechanism (113, 115) that is housed within the housing and linearly drives the tool bit, and a dynamic vibration reducer that includes a weight which is allowed to linearly move under a biasing force of an elastic element (155F, 155R), and reduces vibration caused during operation, by movement of the weight in the axial direction of the tool bit, wherein a dynamic vibration reducer housing space for housing the weight and the elastic element (155F, 155R) of the dynamic vibration reducer is integrally formed with the housing, the dynamic vibration reducer housing space has an elongate form extending in the axial direction of the tool bit and has one axial open end, and the weight and the elastic element (155F, 155R) are inserted and housed in the dynamic vibration reducer housing space through an opening of the open end, and the dynamic vibration reducer has a sealing member which compresses the elastic element (155F, 155R) and seals the opening under a biasing force of the elastic element (155F, 155R), the housing having a retaining member that retains the sealing member placed in a position to seal the opening, characterized in that a handgrip designed to be held by a user is detachably mounted to the housing on the side opposite the tool bit, and the opening of the dynamic vibration reducer housing space faces the outside when the handgrip is removed from the housing.
A respiratory filtering apparatus housing a device for detecting and showing an excessive resistance to flow in a gaseous fluid through a filter; said filter dividing said respiratory filtering apparatus into a patient room and a ventilator room; wherein said device being designed to detect and to show the difference in pressure existing between said ventilator room and said patient room; and wherein said device being housed in a seat made on a wall of a central container of a filtering apparatus at the patient end, said filtering apparatus comprising said filter; the respiratory filtering apparatus being characterized by the fact that said device: - comprises a body closed to the outside world by a window; wherein body is divided into two chambers (CH1, CH2) by an elastic membrane; an end wall of the body being provided with a preferably calibrated hole, which connects the first chamber with the patient room; the second chamber being in communication, instead, with the ventilator room by means of a pressure-relief channel; and - is provided with means for detecting and showing a dangerous resistance to flow in a flow of gas that traverses the filter; a danger symbol being visible from outside the central container and said danger symbol being associated to said elastic membrane, which, by deflecting, adheres to said window that can be observed from outside. - comprises a body closed to the outside world by a window; wherein body is divided into two chambers (CH1, CH2) by an elastic membrane; an end wall of the body being provided with a preferably calibrated hole, which connects the first chamber with the patient room; the second chamber being in communication, instead, with the ventilator room by means of a pressure-relief channel; and - is provided with means for detecting and showing a dangerous resistance to flow in a flow of gas that traverses the filter; a danger symbol being visible from outside the central container and said danger symbol being associated to said elastic membrane, which, by deflecting, adheres to said window that can be observed from outside.
A hexuronate C4-epimerase variant, wherein 2 amino acid residues are mutated from the N-terminal of the hexuronate C4-epimerase consisting of an amino acid sequence of SEQ ID NO: 1, wherein the tyrosine -403 amino acid residue is substituted with phenylalanine, glutamine, serine, threonine, or valine, and the serine -125 amino acid residue is substituted with aspartic acid.
A device for delivering a vascular prosthesis, comprising: an elongate body (11A, 132) comprising a proximal end, a distal end, and a plurality of spaced apart delivery platforms disposed adjacent a distal portion of the elongate body, wherein each of the plurality of delivery platforms are configured for receiving a self-expanding vascular prosthesis (10, 10', 10", 140); a sheath (13, 136) having a proximal end, a distal end, and a sheath elongate body extending therebetween, the sheath configured moveable relative to the elongate body from a first position in which the distal end of the sheath is disposed distally of a distal-most distal delivery platform to a second position in which the distal end of the sheath is disposed proximally of at least one delivery platform; characterised in that along a length of a proximal portion of the device deployment markings are provided that correspond in number with the number of delivery platforms in which the plurality of vascular prostheses are receivable; wherein the device is configured to indicate to a user during operation of the device through the deployment markings the number of delivery platforms covered by the sheath at the distal portion of the elongate body. an elongate body (11A, 132) comprising a proximal end, a distal end, and a plurality of spaced apart delivery platforms disposed adjacent a distal portion of the elongate body, wherein each of the plurality of delivery platforms are configured for receiving a self-expanding vascular prosthesis (10, 10', 10", 140); a sheath (13, 136) having a proximal end, a distal end, and a sheath elongate body extending therebetween, the sheath configured moveable relative to the elongate body from a first position in which the distal end of the sheath is disposed distally of a distal-most distal delivery platform to a second position in which the distal end of the sheath is disposed proximally of at least one delivery platform; characterised in that along a length of a proximal portion of the device deployment markings are provided that correspond in number with the number of delivery platforms in which the plurality of vascular prostheses are receivable; wherein the device is configured to indicate to a user during operation of the device through the deployment markings the number of delivery platforms covered by the sheath at the distal portion of the elongate body.
Remote hearing test system comprising: - a device for controlling a hearing aid comprising a communication interface arranged to allow two-way communication and software for playing predefined sequences of sounds stored in a memory module of the device in response to an instruction from a remote control station, - at least one hearing aid comprising a communication interface arranged to allow two-way communication with the control device, said device comprising a software layer for communicating with the hearing aid and being arranged to provide a gateway between the control station, which is equipped with software for remote control of the hearing aid, and the hearing aid, and - sound insulation means for the hearing aid, characterized in that it comprises image-capturing means that are arranged together with the hearing aid to allow the interior of the ear to be viewed when the ear is equipped with the hearing aid. - a device for controlling a hearing aid comprising a communication interface arranged to allow two-way communication and software for playing predefined sequences of sounds stored in a memory module of the device in response to an instruction from a remote control station, - at least one hearing aid comprising a communication interface arranged to allow two-way communication with the control device, said device comprising a software layer for communicating with the hearing aid and being arranged to provide a gateway between the control station, which is equipped with software for remote control of the hearing aid, and the hearing aid, and - sound insulation means for the hearing aid, characterized in that it comprises image-capturing means that are arranged together with the hearing aid to allow the interior of the ear to be viewed when the ear is equipped with the hearing aid.
An electro-optic display, comprising: a front electrode, the front electrode having a first opening defined therein; a rear electrode, the rear electrode having a second opening defined therein; an electro-optic layer between the front and rear electrodes; and a rigid conductive component (106a, 106b) passing through the first and second openings, wherein the second opening is different in diameter from the first opening, the electro-optic display being characterised in that the rigid conductive component (106a, 106b) contacts the one of the front and rear electrodes having the smaller diameter opening but does not contact the other one of the front and rear electrodes having the larger diameter opening. a front electrode, the front electrode having a first opening defined therein; a rear electrode, the rear electrode having a second opening defined therein; an electro-optic layer between the front and rear electrodes; and a rigid conductive component (106a, 106b) passing through the first and second openings, wherein the second opening is different in diameter from the first opening, the electro-optic display being characterised in that the rigid conductive component (106a, 106b) contacts the one of the front and rear electrodes having the smaller diameter opening but does not contact the other one of the front and rear electrodes having the larger diameter opening.
Connecting arrangement for a cooking zone arrangement (100, 200) with a cooking hob and at least one air cleaning device arranged below the cooking hob, wherein the connecting arrangement comprises at least one connecting element, at least one connecting piece (15, 155) and at least one adapter (18, 180), wherein the connecting element is mounted in the adapter (18, 180) so as to be vertically displaceable and is arranged in the connecting piece (15, 155) so as to be mechanically releasable, wherein the cooking hob can be connected to the air cleaning device by means of the connecting element in such a way that air can be conducted from the cooking hob via the connecting element to the air cleaning device, wherein the connecting element has at least one handle element for pulling out the connecting element by a user, characterized in that the connecting element has a first end section which is at the front in the insertion direction of the connecting element and whose end face assigned to the latter can adjoin the surface of the cooking hob and which can be arranged in a through-opening of the cooking hob in a mechanically releasable manner, and wherein the connecting element has a second end section which is at the rear in the insertion direction of the connecting element and which can be mounted in the air cleaning device in a vertically displaceable manner.
A method of adjusting a voice intelligibility enhancement, the method comprising: receiving an input voice signal; obtaining a spectral representation of the input voice signal with a linear predictive coding, LPC, process, the spectral representation comprising one or more formant frequencies; adjusting the spectral representation of the input voice signal with one or more processors to produce an enhancement filter configured to emphasize the one or more formant frequencies; applying an inverse filter to the input voice signal to obtain an excitation signal; applying the enhancement filter to the excitation signal to produce a first modified voice signal with enhanced formant frequencies; applying the enhancement filter to the input voice signal to produce a second modified voice signal; combining at least a portion of the first modified voice signal with at least a portion of the second modified voice signal to produce a combined modified voice signal; detecting a temporal envelope based on the combined modified voice signal; analyzing the envelope of the modified voice signal to determine one or more temporal enhancement parameters; and applying the one or more temporal enhancement parameters to the modified voice signal to produce an output voice signal; wherein at least said applying the one or more temporal enhancement parameters is performed by one or more processors. receiving an input voice signal; obtaining a spectral representation of the input voice signal with a linear predictive coding, LPC, process, the spectral representation comprising one or more formant frequencies; adjusting the spectral representation of the input voice signal with one or more processors to produce an enhancement filter configured to emphasize the one or more formant frequencies; applying an inverse filter to the input voice signal to obtain an excitation signal; applying the enhancement filter to the excitation signal to produce a first modified voice signal with enhanced formant frequencies; applying the enhancement filter to the input voice signal to produce a second modified voice signal; combining at least a portion of the first modified voice signal with at least a portion of the second modified voice signal to produce a combined modified voice signal; detecting a temporal envelope based on the combined modified voice signal; analyzing the envelope of the modified voice signal to determine one or more temporal enhancement parameters; and applying the one or more temporal enhancement parameters to the modified voice signal to produce an output voice signal;
A combination of active ingredients comprising 3-hydroxy-3-methylbutanoic acid or a pharmaceutically acceptable salt thereof, a grape seed extract and a withania extract.
Management method of lubrication of an internal combustion engine in a vehicle provided with a Stop & Start system, the method comprising: - an engine stop and a following engine start, caused by said Stop & Start system; - a step of automatically foreseeing the forthcoming engine start of said Stop & Start system, and - a consequent electric oil pump activation before said engine start, such that a lubricating oil circuit is efficient just before engine start triggering; wherein a drive assist system (ADAS) is implemented, capable to interact with at least said internal combustion engine, wherein said step of automatically foreseeing said forthcoming engine start is carried out by said drive assist system (ADAS). - an engine stop and a following engine start, caused by said Stop & Start system; - a step of automatically foreseeing the forthcoming engine start of said Stop & Start system, and - a consequent electric oil pump activation before said engine start, such that a lubricating oil circuit is efficient just before engine start triggering;
Process for optimizing individually tailored garments of the same type, comprising the steps of: a. Measuring at least one body part and generating a first data set for manufacturing the garment, including measured data of the body part, b. Manufacturing a first garment based on the determined data set, wherein the garment comprises of at least one indicator element via which properties and/or changes of the garment due to the use of the garment by a user can be determined, c. Use of the first garment by a user, d. Examining the used first garment with regard to changes due to the use by the wearer for the production of a second garment of the same type, thereby ▪ generating a second data set containing measured data of the used first garment, ▪ comparing the second data set with the first data set, ▪ checking the indicator element with regard to information relevant to the production of the second garment, e. Generating a third data set based on the first data set, the second data set, and the result from the indicator element check, f. Manufacturing the second garment based on the third data set, g. Repeating as necessary the previous method steps d) to f), starting from the respective last garment produced and used, for further optimization of the fit and/or the properties of the respective new garment to be produced. a. Measuring at least one body part and generating a first data set for manufacturing the garment, including measured data of the body part, b. Manufacturing a first garment based on the determined data set, wherein the garment comprises of at least one indicator element via which properties and/or changes of the garment due to the use of the garment by a user can be determined, c. Use of the first garment by a user, d. Examining the used first garment with regard to changes due to the use by the wearer for the production of a second garment of the same type, thereby ▪ generating a second data set containing measured data of the used first garment, ▪ comparing the second data set with the first data set, ▪ checking the indicator element with regard to information relevant to the production of the second garment, ▪ generating a second data set containing measured data of the used first garment, ▪ comparing the second data set with the first data set, ▪ checking the indicator element with regard to information relevant to the production of the second garment, e. Generating a third data set based on the first data set, the second data set, and the result from the indicator element check, f. Manufacturing the second garment based on the third data set, g. Repeating as necessary the previous method steps d) to f), starting from the respective last garment produced and used, for further optimization of the fit and/or the properties of the respective new garment to be produced.
Device insert for installation devices, comprising a housing and at least one fastening hook (18, 20), said hook mounted on the housing to be displaceable in the elevation direction of the device insert over a displacement range, wherein the housing in the displacement range of the fastening hook (18, 20) and/or the fastening hook include(s) an entry slant which is inclined relative to the elevation direction, characterized in that the entry slant causes continuous rotation of the fastening hook during movement of the fastening hook along the displacement range.
A sawhorse comprising: a body portion including an elongated portion, a first housing and a second housing, wherein the elongated portion is disposed between the first housing and the second housing; a first pair of legs pivotally attached to the first housing at one end and comprising, at a distal end, a first bearing surface that defines an opening, and wherein said first pair of legs is movable between an open position wherein the first pair of legs is configured to support the body portion and a folded position, wherein the first bearing surface is disposed in the second housing; a second pair of legs pivotally attached to the second housing at one end and comprising, at a distal end, a second bearing surface that defines an opening, and wherein said second pair of legs is movable between an open position wherein the second pair of legs is configured to support the body portion, and a folded position, wherein the second bearing surface is disposed in the first housing; and characterized in that at least one latch pin, disposed in either the first housing or the second housing and biased by a biasing means that is configured to bias the latch pin into engagement with the opening defined by either the first bearing surface or the second bearing surface when the respective first pair of legs or second pair of legs are in their folded position. a body portion including an elongated portion, a first housing and a second housing, wherein the elongated portion is disposed between the first housing and the second housing; a first pair of legs pivotally attached to the first housing at one end and comprising, at a distal end, a first bearing surface that defines an opening, and wherein said first pair of legs is movable between an open position wherein the first pair of legs is configured to support the body portion and a folded position, wherein the first bearing surface is disposed in the second housing; a second pair of legs pivotally attached to the second housing at one end and comprising, at a distal end, a second bearing surface that defines an opening, and wherein said second pair of legs is movable between an open position wherein the second pair of legs is configured to support the body portion, and a folded position, wherein the second bearing surface is disposed in the first housing; and characterized in that at least one latch pin, disposed in either the first housing or the second housing and biased by a biasing means that is configured to bias the latch pin into engagement with the opening defined by either the first bearing surface or the second bearing surface when the respective first pair of legs or second pair of legs are in their folded position.
Extractor hood, comprising a fan apparatus for drawing away discharge air from a cooking appliance, which is arranged beneath the extractor hood and has several cooking areas, by suction; a temperature detection device for detecting temperatures of the plurality of cooking areas of the cooking appliance separately; and a control device for switching on the fan apparatus depending on the temperatures which are detected by the temperature detection device, characterized in that the extractor hood further has a cooking vapour detection device (20, 22) for detecting the presence of cooking vapours in the discharge air which is drawn away by suction by means of the fan apparatus; the fan apparatus has a plurality of ventilators and/or air flaps in order to generate separate streams of discharge air from the individual cooking areas of the cooking appliance; and the control device is further designed to control the separate streams of discharge air of the fan apparatus depending on the temperatures which are detected by the temperature detection device and for controlling a suction-removal power of the fan apparatus depending on cooking vapours which are detected by the cooking vapour detection device (20, 22).