mhurhangee/ep-ind-claims huggingface dataset:
An outsole for a shoe comprising: a main tread to be secured to a shoe; the main tread having a sole portion and a heel portion; characterized in that the main tread having both: a) at least one granular non-slip element integrated to the main tread and being positioned within one of the sole and heel portions; and b) a retractable crampon, including at least one spike, that is mounted to the other one of the sole and heel portions of the main tread; the retractable crampon being movable between a deployed position, wherein the at least one spike extends from the main tread, and a retracted position, wherein the at least one spike is prevented from contacting the ground by the main tread. a main tread to be secured to a shoe; the main tread having a sole portion and a heel portion; characterized in that the main tread having both: a) at least one granular non-slip element integrated to the main tread and being positioned within one of the sole and heel portions; and b) a retractable crampon, including at least one spike, that is mounted to the other one of the sole and heel portions of the main tread; the retractable crampon being movable between a deployed position, wherein the at least one spike extends from the main tread, and a retracted position, wherein the at least one spike is prevented from contacting the ground by the main tread. a) at least one granular non-slip element integrated to the main tread and being positioned within one of the sole and heel portions; and b) a retractable crampon, including at least one spike, that is mounted to the other one of the sole and heel portions of the main tread; the retractable crampon being movable between a deployed position, wherein the at least one spike extends from the main tread, and a retracted position, wherein the at least one spike is prevented from contacting the ground by the main tread.
A module for a portable electronic device, adapted to operate in accordance with a command, comprising: a memory which stores parent data having a TLV structure, wherein the TLV structure connects a tag, a length and a value, and wherein the value of the parent data comprises a plurality of child data (207, 211, 215, 219) each having the TLV structure; and a processing unit configured to output only valid child data in the value of the parent data on the basis of the tag (204, 208, 212, 216) of the child data (207, 211, 215, 219) when a command is given from an external device to require reading of data which designates the parent data stored in the memory, characterized in that the tag (201, 204, 208, 212, 216) is set to a particular value indicating invalidity when the data is invalid data, and the processing unit is configured to judge whether or not each of the child data (207, 211, 215, 219) is invalid in accordance with whether or not the tag of each of the child data has the particular value indicating the invalidity. a memory which stores parent data having a TLV structure, wherein the TLV structure connects a tag, a length and a value, and wherein the value of the parent data comprises a plurality of child data (207, 211, 215, 219) each having the TLV structure; and a processing unit configured to output only valid child data in the value of the parent data on the basis of the tag (204, 208, 212, 216) of the child data (207, 211, 215, 219) when a command is given from an external device to require reading of data which designates the parent data stored in the memory, characterized in that the tag (201, 204, 208, 212, 216) is set to a particular value indicating invalidity when the data is invalid data, and the processing unit is configured to judge whether or not each of the child data (207, 211, 215, 219) is invalid in accordance with whether or not the tag of each of the child data has the particular value indicating the invalidity.
A voltage monitor circuit comprising: a monitored voltage input; a reference capacitor arranged to be able to store a value of the monitored voltage as a reference capacitor voltage; a timeout capacitor arranged to be able to store a value of the monitored voltage as a timeout capacitor voltage, said timeout capacitor undergoing a higher leakage than said reference capacitor; and a comparator arranged to: compare the monitored voltage to the reference capacitor voltage; compare the timeout capacitor voltage to the reference capacitor voltage; and produce a logic signal on an output of the comparator based on said comparisons, said logic signal having a first logic value at least if the reference capacitor voltage is lower than or equal to both the monitored voltage and the timeout capacitor voltage. a monitored voltage input; a reference capacitor arranged to be able to store a value of the monitored voltage as a reference capacitor voltage; a timeout capacitor arranged to be able to store a value of the monitored voltage as a timeout capacitor voltage, said timeout capacitor undergoing a higher leakage than said reference capacitor; and a comparator arranged to: compare the monitored voltage to the reference capacitor voltage; compare the timeout capacitor voltage to the reference capacitor voltage; and produce a logic signal on an output of the comparator based on said comparisons, said logic signal having a first logic value at least if the reference capacitor voltage is lower than or equal to both the monitored voltage and the timeout capacitor voltage. compare the monitored voltage to the reference capacitor voltage; compare the timeout capacitor voltage to the reference capacitor voltage; and produce a logic signal on an output of the comparator based on said comparisons, said logic signal having a first logic value at least if the reference capacitor voltage is lower than or equal to both the monitored voltage and the timeout capacitor voltage.
A centralized unlocking operation device comprising a fixed cylinder body, a rotor that is inserted into the cylinder body so as to be capable of pivoting between a neutral position and first and second operating positions set on opposite sides of the neutral position in response to a pivoting operation by a legitimate mechanical key, a spring that urges the rotor toward the neutral position side, a first operating arm that pivots together with the rotor so as to unlock a first locking mechanism when the rotor is pivoted from the neutral position to the first operating position side and that remains at rest when the rotor is pivoted from the neutral position to the second operating position side, and a second operating arm that pivots together with the rotor so as to unlock a second locking mechanism when the rotor is pivoted from the neutral position to the second operating position side and that remains at rest when the rotor is pivoted from the neutral position to the first operating position side, characterized in that the first operating arm is provided with a first pressure-receiving part, the second operating arm is provided with a second pressure-receiving part, a first pressing face that abuts against and imposes a pressing force on the first pressure-receiving part when the rotor is pivoted from the neutral position to the first operating position side and a second pressing face that abuts against and imposes a pressing force on the second pressure-receiving part when the rotor is pivoted from the neutral position to the second operating position side are formed on a cam part provided on the rotor so as to have a shape that avoids abutment against the second pressure-receiving part when the rotor is pivoted from the neutral position to the first operating position side and avoids abutment against the first pressure-receiving part when the rotor is pivoted from the neutral position to the second operating position side, the spring is provided between the first and second operating arms (33, 34) so as to urge the first and second operating arms (33, 34) in a direction in which the first pressure-receiving part abuts against the first pressing face and the second pressure-receiving part abuts against the second pressing face, and the cylinder body is provided with a first restricting part that abuts against the first pressure-receiving part from the same side as the first pressing face when the rotor is at the neutral position and a second restricting part that abuts against the second pressure-receiving part from the same side as the second pressing face when the rotor is at the neutral position.
Apedal operation amount detection apparatus (10, 70) comprising: a transmitting member that transmits a pedal operation force (N1, N2); a movement lever disposed so as to be movable with respect to the transmitting member; a sensor rod disposed so as to be connected to the transmitting member and the movement lever; and a deformable body that is disposed on the transmitting member and is deformed when the pedal operation force or a reaction force (R1, R2) corresponding to the pedal operation force is transmitted from the movement lever to the deformable body, the pedal operation amount detection apparatus electrically detecting a pedal operation amount based on deformation of the deformable body, characterized in that the sensor rod extends through both the movement lever and the deformable body, a first locking portion is provided at an end portion of the sensor rod on a side where the sensor rod protrudes from the deformable body, and a second locking portion is provided at an intermediate portion of the sensor rod between the deformable body and the movement lever, and the pedal operation amount detection apparatus comprises: a first elastic member that is disposed between the second locking portion and the deformable body in a natural state or a compressed state when a pedal is not operated; and a second elastic member that is disposed to so as to be connected to the movement lever and the sensor rod, and urges the movement lever to cause the movement lever to contact the second locking portion, when the pedal is operated, a load in a direction to displace the sensor rod toward the first locking portion is applied from the movement lever to the second locking portion, the sensor rod is moved toward the first locking portion in a manner such that the first elastic member is elastically deformed between the second locking portion and the deformable body, and the deformable body is deformed. a transmitting member that transmits a pedal operation force (N1, N2); a movement lever disposed so as to be movable with respect to the transmitting member; a sensor rod disposed so as to be connected to the transmitting member and the movement lever; and a deformable body that is disposed on the transmitting member and is deformed when the pedal operation force or a reaction force (R1, R2) corresponding to the pedal operation force is transmitted from the movement lever to the deformable body, a first locking portion is provided at an end portion of the sensor rod on a side where the sensor rod protrudes from the deformable body, and a second locking portion is provided at an intermediate portion of the sensor rod between the deformable body and the movement lever, and a first elastic member that is disposed between the second locking portion and the deformable body in a natural state or a compressed state when a pedal is not operated; and a second elastic member that is disposed to so as to be connected to the movement lever and the sensor rod, and urges the movement lever to cause the movement lever to contact the second locking portion,
Conductor rail ramp for current collectors of electrically operated trains, in particular city trains, underground trains and the like, comprising at least one base profile and at least one sliding surface profile, wherein the base profile has a profile foot, a profile head and a profile web connecting them, wherein the sliding surface profile is arranged on the base profile, wherein at least one guide device is arranged at at least one free end, wherein the guide device comprises at least one base and at least one guide element, wherein the base can be fixed to the profile web, wherein the guide element can be fixed to the profile head and/or to the profile web, wherein the guide element comprises at least one guide surface, one free end of which is arranged approximately flush with the upper face of the sliding surface profile, characterised in that the material of the guide device has a breakdown voltage of at least 3 kV measured in accordance with DIN EN 60243-1:2014-01, in that the material of the guide device has a dielectric strength of at least 6 kV/mm measured in accordance with DIN EN 60243-1:2014-01, and in that the guide device is made of an electrically non-conductive polymer material.
Tool device (10, 20), in particular saw device, with a tool for processing a workpiece located in a working area, comprising: - a tool braking device for braking a tool rotary movement of the tool, and - a multi-joint arrangement by means of which the tool can be pivoted selectively in a feed direction into the working area or in a removal direction out of the working area, wherein - the multi-joint arrangement is designed to, while maintaining the pivotability of the tool, absorb and/or redirect forces occurring during braking of the tool rotary movement, so that the tool is not pivoted in the feed direction by the forces occurring during braking of the tool rotary movement or is pivoted in the removal direction by the forces occurring during braking of the tool rotary movement, wherein the tool device comprises a drive unit for setting the tool in the tool rotary movement, characterized in that the tool device is adapted to maintain a delay time between a triggering of the tool braking device and a switching off of the drive unit and, during the delay time, to redirect a drive force, which is provided by the drive unit and acts on the tool, by means of the multi-joint arrangement, so that the tool is pivoted in the removal direction. - a tool braking device for braking a tool rotary movement of the tool, and - a multi-joint arrangement by means of which the tool can be pivoted selectively in a feed direction into the working area or in a removal direction out of the working area, wherein - the multi-joint arrangement is designed to, while maintaining the pivotability of the tool, absorb and/or redirect forces occurring during braking of the tool rotary movement, so that the tool is not pivoted in the feed direction by the forces occurring during braking of the tool rotary movement or is pivoted in the removal direction by the forces occurring during braking of the tool rotary movement,
A method for producing 3-methyl-2-thiophenecarboxylic acid, which comprises reacting a compound represented by the formula: (wherein X is a chlorine atom) with magnesium in the presence of an alkyl halide to give a Grignard reagent represented by the formula: (wherein X is the same as defined above), reacting the Grignard reagent of the formula with carbon dioxide, and acidifying the reaction product, wherein the alkyl halide is methyl iodide, ethyl bromide or isopropyl bromide.
An electromagnetic radiation system for directing an electromagnetic radiation beam at a target comprising: an electromagnetic radiation source for providing the electromagnetic radiation beam, the electromagnetic radiation source comprising an optical fiber laser comprising an optical fiber amplifier; a head for projecting the electromagnetic radiation beam on to the target; and an umbilical assembly connecting the electromagnetic radiation source to the head and configured to transmit the electromagnetic radiation beam to the head; characterized in that the electromagnetic radiation system further comprises an optical isolator positioned between the optical fiber amplifier and the umbilical assembly, wherein the optical fiber amplifier is a final optical amplification stage of the electromagnetic radiation system. an electromagnetic radiation source for providing the electromagnetic radiation beam, the electromagnetic radiation source comprising an optical fiber laser comprising an optical fiber amplifier; a head for projecting the electromagnetic radiation beam on to the target; and an umbilical assembly connecting the electromagnetic radiation source to the head and configured to transmit the electromagnetic radiation beam to the head; characterized in that the electromagnetic radiation system further comprises an optical isolator positioned between the optical fiber amplifier and the umbilical assembly, wherein the optical fiber amplifier is a final optical amplification stage of the electromagnetic radiation system.
Laboratory vibration grinding mill having an at least two-dimensionally acting circular vibration drive and having at least one holder for an elongate grinding cup clamped therein, which grinding cup has a filling of grinding bodies and is provided with end grinding cup bases, characterized in that the holder for the grinding cup is designed in such a way that the longitudinal axis of the grinding cup encloses an angle, which is between 0° and 60°, with a movement plane of the circular vibration drive, in such a way that, owing to the movement paths of the grinding bodies in the grinding cup caused by the inclined position of the grinding cup in relation to the movement plane of the circular vibration drive, the end grinding cup bases are incorporated into the comminution process as abutment and grinding surfaces.
Device for damaging objects using directed electromagnetic radiation, comprising an optical system which detects and processes radiation emitted from at least one object to be damaged, comprising at least one damaging radiation source which applies an electromagnetic damaging radiation to the at least one object, and comprising an illumination device which actively illuminates the at least one object to be damaged, at least at times, with an illuminating radiation by means of at least one illuminating radiation source, the illumination device being integrated into the device in such a way that the illuminating radiation and the damaging radiation have and/or use a shared outlet aperture, the damaging radiation and the illuminating radiation having a substantially collinear beam path, the optical system being formed as an imaging or non-imaging optical system comprising at least one detector, in particular comprising a plurality of detectors, the illumination device being provided with a plurality of illuminating radiation sources, the frequencies or frequency ranges of which are tuned to the sensitivities of the detectors of the optical system, the frequencies or frequency ranges of the radiation sources (18, 16) of active illuminating and damaging radiation corresponding and these associated radiation sources being operated in time-multiplexing operation while the object is being damaged.
A device for compacting and consolidating a stack of fibrous plies pre-impregnated with thermoplastic polymer, suitable for being placed in a stove, characterized in that it comprises: a. a laying up board; b. blocks (130, 330), known as containment blocks, that are supported by the board and that demarcate the perimeter of the stack, wherein said blocks comprise grooves (131, 132, 133) that open into the perimeter of the stack; c. covering glass fabric on the side of the containment blocks demarcating the perimeter of the stack; d. a flexible compacting plate with an area equal to that of the stack, but suitable for insertion inside the perimeter demarcated by the containment blocks (130, 330); e. means (151, 152, 155) to wrap in a sealed manner the stack of plies, the containment blocks and the compacting plate; f. means (150, 125) to apply a vacuum to the volume wrapped in that manner comprising a plurality of holes in the board, wherein said plurality comprises holes that open outside the perimeter of the stack. a. a laying up board; b. blocks (130, 330), known as containment blocks, that are supported by the board and that demarcate the perimeter of the stack, wherein said blocks comprise grooves (131, 132, 133) that open into the perimeter of the stack; c. covering glass fabric on the side of the containment blocks demarcating the perimeter of the stack; d. a flexible compacting plate with an area equal to that of the stack, but suitable for insertion inside the perimeter demarcated by the containment blocks (130, 330); e. means (151, 152, 155) to wrap in a sealed manner the stack of plies, the containment blocks and the compacting plate; f. means (150, 125) to apply a vacuum to the volume wrapped in that manner comprising a plurality of holes in the board, wherein said plurality comprises holes that open outside the perimeter of the stack.
A method of operating a storage system comprising a host device and a storage device, the method comprising: transmitting, by the host device, a first write command and a logical address to the storage device; transmitting, by the storage device, first normal offset information about a normal area and first cache offset information about a cache area included in a host memory of the host device to the host device; merging, by the host device, first write data with second write data to form merged write data, based on one of a program unit or a stream identifier, the first write data and the second write data stored in the normal area; copying, by the host device, the merged write data to the cache area based on the first normal offset information and the first cache offset information; and transmitting, by the storage device, a first response to the first write command to the host device, wherein reception of the merged write data from the host device before transmitting the first response is omitted. transmitting, by the host device, a first write command and a logical address to the storage device; transmitting, by the storage device, first normal offset information about a normal area and first cache offset information about a cache area included in a host memory of the host device to the host device; merging, by the host device, first write data with second write data to form merged write data, based on one of a program unit or a stream identifier, the first write data and the second write data stored in the normal area; copying, by the host device, the merged write data to the cache area based on the first normal offset information and the first cache offset information; and transmitting, by the storage device, a first response to the first write command to the host device, wherein reception of the merged write data from the host device before transmitting the first response is omitted.
A controlled release pet food composition comprising: a source of hydrolyzed animal or plant protein including a nutritionally complete amino acid profile; and a matrix comprising: a fiber component comprising a high solubility fiber source and a low solubility fiber source, wherein the high solubility fiber comprises beet pulp, and wherein the low solubility fiber source comprises a combination of pecan fiber and a cellulosic material; and a polyphenol source, wherein the polyphenol source comprises one or more of cranberry pomace, pomegranate extract, green tea extract; wherein the matrix is extruded and adapted to deliver the polyphenol source to the lower gastrointestinal tract of a mammal after ingestion by the mammal, wherein the mammal is a dog or a cat, and wherein the weight ratio of the high solubility fiber source to the low solubility fiber source is from 1:20 to 1:2. a fiber component comprising a high solubility fiber source and a low solubility fiber source, wherein the high solubility fiber comprises beet pulp, and wherein the low solubility fiber source comprises a combination of pecan fiber and a cellulosic material; and a polyphenol source, wherein the polyphenol source comprises one or more of cranberry pomace, pomegranate extract, green tea extract; wherein the matrix is extruded and adapted to deliver the polyphenol source to the lower gastrointestinal tract of a mammal after ingestion by the mammal, wherein the mammal is a dog or a cat, and wherein the weight ratio of the high solubility fiber source to the low solubility fiber source is from 1:20 to 1:2.