mhurhangee/patent-ind-claim-en huggingface dataset:
Spark plug comprising a spark plug housing with an annular end face facing towards the combustion chamber and a thread , which is arranged at the combustion chamber side of the end face and intended for screwing the spark plug into a spark plug well of an internal combustion engine, and an annular solid sealing disc , which is plugged or can be plugged onto the spark plug housing for sealing abutment between the end face and the spark plug well, characterized in that the sealing disc has knurling only radially on the outside on the side facing towards the end face and/or only radially on the outside on the side facing towards the spark plug well.
A device for separating at least one in particular conveyed surface element, in particular a plastic film or a plastic film composite material, into individual components, having at least one punching tool, which has at least one punching beam that operates against an anvil and is held in place by a framework, characterized in that the punching beam and the framework are connected to one another via a pendulum joint , wherein the pendulum axis of the pendulum joint runs transversely to the longitudinal axis of the punching beam .
A controller for controlling torque generated by at least one traction motor of a vehicle before a vehicle launch, comprising: means to determine that torque demand increases while simultaneously at least one brake of the vehicle is in an applied state; means to, in dependence on the determination, limit torque generation by the traction motor in response to torque demand; and means to remove the limit in dependence on release of the at least one brake , wherein the torque generation is limited before an entry condition for a thermal de-rate function that de-rates the traction motor and/or an entry condition for a thermal de-rate function that de-rates an inverter for the traction motor above a threshold temperature is satisfied wherein it is determined that the at least one brake is in an applied state if braking from the driver is above a first threshold, and, wherein the limit inhibits an amount of torque generation by the electric motor from exceeding a pre-launch threshold, the pre-launch threshold being configured to be low enough such that thermal de-rating of the traction motor does not activate while the generated torque is at the pre-launch threshold for at least a predetermined length of time. means to determine that torque demand increases while simultaneously at least one brake of the vehicle is in an applied state; means to, in dependence on the determination, limit torque generation by the traction motor in response to torque demand; and means to remove the limit in dependence on release of the at least one brake , wherein the torque generation is limited before an entry condition for a thermal de-rate function that de-rates the traction motor and/or an entry condition for a thermal de-rate function that de-rates an inverter for the traction motor above a threshold temperature is satisfied wherein it is determined that the at least one brake is in an applied state if braking from the driver is above a first threshold, and, wherein the limit inhibits an amount of torque generation by the electric motor from exceeding a pre-launch threshold, the pre-launch threshold being configured to be low enough such that thermal de-rating of the traction motor does not activate while the generated torque is at the pre-launch threshold for at least a predetermined length of time.
A delivery device for implanting a stented prosthetic heart valve, the device comprising: an inner shaft assembly defining a guide wire lumen ; an outer sheath defining a distal end, a proximal end, and a guide wire exit port between the distal and proximal ends; and a connector assembly establishing a guide wire passageway between the guide wire lumen and the guide wire exit port ; characterized in that : the outer sheath is slidably received over the inner shaft assembly , and the connector assembly comprising a first tubular body and a second tubular body , wherein the first and second tubular bodies combine to define at least a portion of the guide wire passageway , wherein the first body is slidably connected to the second body and the connector assembly is configured to permit sliding movement of the outer sheath relative to the inner shaft assembly . an inner shaft assembly defining a guide wire lumen ; an outer sheath defining a distal end, a proximal end, and a guide wire exit port between the distal and proximal ends; and a connector assembly establishing a guide wire passageway between the guide wire lumen and the guide wire exit port ; characterized in that : the outer sheath is slidably received over the inner shaft assembly , and the connector assembly comprising a first tubular body and a second tubular body , wherein the first and second tubular bodies combine to define at least a portion of the guide wire passageway , wherein the first body is slidably connected to the second body and the connector assembly is configured to permit sliding movement of the outer sheath relative to the inner shaft assembly . the outer sheath is slidably received over the inner shaft assembly , and the connector assembly comprising a first tubular body and a second tubular body , wherein the first and second tubular bodies combine to define at least a portion of the guide wire passageway , wherein the first body is slidably connected to the second body and the connector assembly is configured to permit sliding movement of the outer sheath relative to the inner shaft assembly .
A liquid detergent composition comprising: at least two surfactants including: from 3 to 20% by weight of an alkyl polyglycoside based on a total weight of said liquid detergent composition, and from 15 to 70% by weight of an additional surfactant based on a total weight of said liquid detergent composition; from 13 to 34% by weight of a fatty acid based on a total weight of said liquid detergent composition; and less than 30% by weight of water based on a total weight of said liquid detergent composition. at least two surfactants including: from 3 to 20% by weight of an alkyl polyglycoside based on a total weight of said liquid detergent composition, and from 15 to 70% by weight of an additional surfactant based on a total weight of said liquid detergent composition; from 3 to 20% by weight of an alkyl polyglycoside based on a total weight of said liquid detergent composition, and from 15 to 70% by weight of an additional surfactant based on a total weight of said liquid detergent composition; from 13 to 34% by weight of a fatty acid based on a total weight of said liquid detergent composition; and less than 30% by weight of water based on a total weight of said liquid detergent composition.
Parallel-shaft gearbox comprising a device for detecting positions of an internal control device ,the detecting device having a rotating selection member which bears a mobile target , cooperating with a sensor that is fixed on the gearbox to detect the selection position of the rotating member from among at least three distinct angular selection positions, wherein, furthermore, the sensor bears a piston that moves under the thrust of the target over a linear retraction travel where multiple adjacent portions corresponding to the successive angular selection positions of the rotating member are identified, characterized in that the travel of the piston between its extended position and its retracted position comprises three portions corresponding respectively to a first gear line selection position (A), a neutral position (B) in which no line of gears is selected, and a second gear line selection position (C), and in that the sensor sends to a control unit of the gearbox: - a first, selection signal allowing gear switching on a first line of gears when the piston is completely retracted, - a second signal, of detection of an intermediate position between two lines of gears when the piston is at mid-travel, and - a third, selection signal allowing gear switching on a second line of gears when the piston is completely extended. - a first, selection signal allowing gear switching on a first line of gears when the piston is completely retracted, - a second signal, of detection of an intermediate position between two lines of gears when the piston is at mid-travel, and - a third, selection signal allowing gear switching on a second line of gears when the piston is completely extended.
A dual surface collimator comprising: an entrance surface having a curved shape, the entrance surface being configured to refract incident light from a light source; and a reflector surface opposite to the entrance surface and having another curved shape, the reflector surface being configured to reflect the refracted light back toward the entrance surface, characterized in that the entrance surface is further configured to re-reflect the reflected light by total internal reflection toward an output aperture of the dual surface collimator, and in that the curved shapes and a relative orientation of the entrance surface and the reflector surface, in combination, are configured to convert the incident light into dual-direction collimated light at the output aperture, the dual-direction collimated light having a non-zero propagation angle relative to a horizontal plane of the dual surface collimator. an entrance surface having a curved shape, the entrance surface being configured to refract incident light from a light source; and a reflector surface opposite to the entrance surface and having another curved shape, the reflector surface being configured to reflect the refracted light back toward the entrance surface, characterized in that the entrance surface is further configured to re-reflect the reflected light by total internal reflection toward an output aperture of the dual surface collimator, and in that the curved shapes and a relative orientation of the entrance surface and the reflector surface, in combination, are configured to convert the incident light into dual-direction collimated light at the output aperture, the dual-direction collimated light having a non-zero propagation angle relative to a horizontal plane of the dual surface collimator.
Process for drying granular polymeric material, comprising the steps of: - dehumidifying said granular polymeric material by means of a first flow of gas introduced into said granular polymeric material; - heating said dehumidified granular polymeric material to a second temperature that is greater than said first temperature; - drying said granular polymeric material heated to said second temperature by applying a predefined vacuum level; wherein said drying process is carried out in a drying hopper that is separated from the other hoppers, both upstream and downstream, by pressure-sealing elements capable of maintaining the vacuum level achieved inside the drying hopper wherein said pressure-sealing elements comprise a filling unit, which includes a small tank blocked upstream and downstream by shut-off valves , as well as a discharge unit, which includes a small tank blocked upstream and downstream by respective shut-off valves . - dehumidifying said granular polymeric material by means of a first flow of gas introduced into said granular polymeric material; - heating said dehumidified granular polymeric material to a second temperature that is greater than said first temperature; - drying said granular polymeric material heated to said second temperature by applying a predefined vacuum level;
A method for generating a two-dimensional barcode, comprising: obtaining a data block including a first data codeword and an error correction codeword, the first data codeword consisting of data bits having first information, the error correction codeword being capable of detecting and correcting an error of the first data codeword; characterized in that the method further comprises the steps of obtaining a replaced data block in which a number of bits of the data block are replaced with an equal number of conceal-information bits, the conceal-information bits having second information that contains information being concealed; and generating a two-dimensional barcode based on the replaced data block by geometrically arranging the bits of the replaced data block. obtaining a data block including a first data codeword and an error correction codeword, the first data codeword consisting of data bits having first information, the error correction codeword being capable of detecting and correcting an error of the first data codeword; characterized in that the method further comprises the steps of obtaining a replaced data block in which a number of bits of the data block are replaced with an equal number of conceal-information bits, the conceal-information bits having second information that contains information being concealed; and generating a two-dimensional barcode based on the replaced data block by geometrically arranging the bits of the replaced data block.
A semiconductor pressure sensor , comprising: a) a semiconductor substrate having a diaphragm and a support portion provided to surround said diaphragm; b) at least one strain gauge resistor formed on one main surface of said semiconductor substrate and having a resistance value changing by changing a length of the strain gauge resistor according to strain of a portion of said semiconductor substrate that corresponds to said diaphragm; and c) at least one piezoelectric element (701-708, 782) formed in a region at least including part of said diaphragm on said semiconductor substrate, and having a lower electrode layer , a piezoelectric layer , and an upper electrode layer , d) wherein said at least one piezoelectric element is formed in a region away from said at least one strain gauge resistor, e) said semiconductor pressure sensor further comprises a plurality of bonding pads (716A-716F) provided on the support portion, f) said plurality of bonding pads (716A-716F) are provided side-by-side on one side of said semiconductor substrate, and g) said upper electrode layer and said lower electrode layer are connected to a first bonding pad located at a first end and a second bonding pad located at a second end, respectively, of said plurality of bonding pads provided side by side on said one side of said semiconductor substrate. a) a semiconductor substrate having a diaphragm and a support portion provided to surround said diaphragm; b) at least one strain gauge resistor formed on one main surface of said semiconductor substrate and having a resistance value changing by changing a length of the strain gauge resistor according to strain of a portion of said semiconductor substrate that corresponds to said diaphragm; and c) at least one piezoelectric element (701-708, 782) formed in a region at least including part of said diaphragm on said semiconductor substrate, and having a lower electrode layer , a piezoelectric layer , and an upper electrode layer , d) wherein said at least one piezoelectric element is formed in a region away from said at least one strain gauge resistor, e) said semiconductor pressure sensor further comprises a plurality of bonding pads (716A-716F) provided on the support portion, f) said plurality of bonding pads (716A-716F) are provided side-by-side on one side of said semiconductor substrate, and g) said upper electrode layer and said lower electrode layer are connected to a first bonding pad located at a first end and a second bonding pad located at a second end, respectively, of said plurality of bonding pads provided side by side on said one side of said semiconductor substrate.
A device for carrying out a temperature-controlled photochemical reaction, said device including: a lamp chamber including a light source and having a first gas inlet and a first gas outlet for respectively feeding gas into and out of the lamp chamber ; a reactor chamber having a second gas inlet and a second gas outlet , which are independent from the first gas inlet and the first gas outlet, for respectively feeding gas into and out of the reactor chamber , and a reactor unit , the reactor unit including a reactor in the form of a tube made from a material that permits the transmission of at least a portion of the ultraviolet or visible spectrum of radiation, an input port and an output port; a first separator made from a material that permits the transmission of at least a portion of the ultraviolet or visible spectrum of radiation and separating the lamp chamber and the reactor chamber in an airtight manner; and a temperature sensor, arranged to measure the temperature of the reactor; wherein the reactor chamber surrounds the lamp chamber and the reactor is disposed concentrically around the first separator and does not make contact with an outer surface of the first separator . a lamp chamber including a light source and having a first gas inlet and a first gas outlet for respectively feeding gas into and out of the lamp chamber ; a reactor chamber having a second gas inlet and a second gas outlet , which are independent from the first gas inlet and the first gas outlet, for respectively feeding gas into and out of the reactor chamber , and a reactor unit , the reactor unit including a reactor in the form of a tube made from a material that permits the transmission of at least a portion of the ultraviolet or visible spectrum of radiation, an input port and an output port; a first separator made from a material that permits the transmission of at least a portion of the ultraviolet or visible spectrum of radiation and separating the lamp chamber and the reactor chamber in an airtight manner; and a temperature sensor, arranged to measure the temperature of the reactor; wherein the reactor chamber surrounds the lamp chamber and the reactor is disposed concentrically around the first separator and does not make contact with an outer surface of the first separator .
Vehicle seat comprising: a backrest ; a recess ; a holder base fitted to a rear wall of the recess ; an upper holder clip which is movably mounted in a clip rail extending vertically from top to bottom in the holder base ; and a fold-out tray which can be folded out from the recess by means of two folding hinges which are fitted to the inner side walls of the recess inside the recess , characterized in that the recess is made in the backrest and the upper holder clip is resiliently mounted in the clip rail . a backrest ; a recess ; a holder base fitted to a rear wall of the recess ; an upper holder clip which is movably mounted in a clip rail extending vertically from top to bottom in the holder base ; and a fold-out tray which can be folded out from the recess by means of two folding hinges which are fitted to the inner side walls of the recess inside the recess , characterized in that the recess is made in the backrest and the upper holder clip is resiliently mounted in the clip rail .
A physiological electrical lead body comprising: a plurality of transducer contacts in close proximity to an end of the electrical lead body ; and a control unit positioned within the lead body in close proximity to and in communication with the plurality of transducer contacts , the control unit constructed and arranged to enable precise delivery of signals to a predetermined treatment site and comprising: at least one electrical input contact configured to receive an input signal from the plurality of transducer contacts ; and a plurality of electrical output contacts configured to deliver a plurality of output signals, wherein the quantity of the electrical output contacts is greater than the quantity of the electrical input contacts, the control unit configured to modulate the plurality of output signals from the control unit in response to the input signal from the plurality of transducer contacts . a plurality of transducer contacts in close proximity to an end of the electrical lead body ; and a control unit positioned within the lead body in close proximity to and in communication with the plurality of transducer contacts , the control unit constructed and arranged to enable precise delivery of signals to a predetermined treatment site and comprising: at least one electrical input contact configured to receive an input signal from the plurality of transducer contacts ; and a plurality of electrical output contacts configured to deliver a plurality of output signals, wherein the quantity of the electrical output contacts is greater than the quantity of the electrical input contacts, the control unit configured to modulate the plurality of output signals from the control unit in response to the input signal from the plurality of transducer contacts . at least one electrical input contact configured to receive an input signal from the plurality of transducer contacts ; and a plurality of electrical output contacts configured to deliver a plurality of output signals, wherein the quantity of the electrical output contacts is greater than the quantity of the electrical input contacts, the control unit configured to modulate the plurality of output signals from the control unit in response to the input signal from the plurality of transducer contacts .
Structure for supporting a telecommunications station , comprising a support base that can be inserted inside an excavation made at the place where said station is installed, said base comprising a plurality of superimposed layers in precast reinforced concrete, which are integrally and removably constrained to each other, said plurality of layers defining one or more outer perimeter surfaces and an upper surface to which said telecommunications station can be removably constrained, characterised in that said base further comprises one or more side walls in precast reinforced concrete, which are removably constrained to each other and/or to said one or more outer perimeter surfaces of said plurality of layers to prevent the vertical and/or horizontal relative creep between two or more layers of said plurality of layers and to provide a stiffness such as to counteract the strains borne by said telecommunications station.
A packaged catheter assembly comprising: a catheter assembly comprising a catheter shaft and a catheter sleeve mounted on said catheter shaft; and packaging for said catheter assembly, in which said catheter assembly is packaged, said packaging being openable from one end thereof , said catheter sleeve being mounted towards a distal end of said catheter shaft, said distal end of said catheter shaft and said catheter sleeve being disposed at or towards said openable end of said packaging, characterised in that : said catheter shaft extends through said catheter sleeve ; and said catheter sleeve is formed from a compressible resilient material and can be compressed by a user to indirectly engage said catheter shaft without physical contact between said user and said catheter shaft, thereby facilitating insertion of the distal end of said catheter shaft into said user. a catheter assembly comprising a catheter shaft and a catheter sleeve mounted on said catheter shaft; and packaging for said catheter assembly, in which said catheter assembly is packaged, said packaging being openable from one end thereof , said catheter sleeve being mounted towards a distal end of said catheter shaft, said distal end of said catheter shaft and said catheter sleeve being disposed at or towards said openable end of said packaging, said catheter shaft extends through said catheter sleeve ; and said catheter sleeve is formed from a compressible resilient material and can be compressed by a user to indirectly engage said catheter shaft without physical contact between said user and said catheter shaft, thereby facilitating insertion of the distal end of said catheter shaft into said user.