mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an internal combustion engine, comprising: - determining an emissions mean value (ES) of a pollutant in the exhaust gas of the internal combustion engine by virtue of a quantity of the pollutant in the exhaust gas being determined while the internal combustion engine outputs a specified carbon dioxide quantity, and - setting an operating parameter of the internal combustion engine in a manner dependent on the emissions mean value (ES) and on at least one specified or specifiable threshold value (GW1, GW2), characterized in that the emissions mean value (ES) is determined as a floating mean value of the pollutant emission in relation to the specified carbon dioxide quantity. - determining an emissions mean value (ES) of a pollutant in the exhaust gas of the internal combustion engine by virtue of a quantity of the pollutant in the exhaust gas being determined while the internal combustion engine outputs a specified carbon dioxide quantity, and - setting an operating parameter of the internal combustion engine in a manner dependent on the emissions mean value (ES) and on at least one specified or specifiable threshold value (GW1, GW2), characterized in that the emissions mean value (ES) is determined as a floating mean value of the pollutant emission in relation to the specified carbon dioxide quantity.
An intra-cavity clip loading device , comprising: a cannula including a cannula body defining an instrument lumen extending along a longitudinal axis (X-X) of the cannula body; and a clip stack defined in the cannula body, the clip stack including: a plurality of ligation clips axially arranged about the instrument lumen; and a plurality of clip retention features formed in the cannula body, each clip retention feature of the plurality of clip retention features holding a ligation clip of the plurality of ligation clips, characterized in that : the cannula body includes a plurality of slots formed therein, wherein each slot of the plurality of slots is associated with a clip retention feature of the plurality of clip retention features, wherein each ligation clip of the plurality of ligation clips is accessible by a clip applier through a respective slot of the plurality of slots formed in the cannula body. a cannula including a cannula body defining an instrument lumen extending along a longitudinal axis (X-X) of the cannula body; and a clip stack defined in the cannula body, the clip stack including: a plurality of ligation clips axially arranged about the instrument lumen; and a plurality of clip retention features formed in the cannula body, each clip retention feature of the plurality of clip retention features holding a ligation clip of the plurality of ligation clips, characterized in that : the cannula body includes a plurality of slots formed therein, wherein each slot of the plurality of slots is associated with a clip retention feature of the plurality of clip retention features, wherein each ligation clip of the plurality of ligation clips is accessible by a clip applier through a respective slot of the plurality of slots formed in the cannula body. a plurality of ligation clips axially arranged about the instrument lumen; and a plurality of clip retention features formed in the cannula body, each clip retention feature of the plurality of clip retention features holding a ligation clip of the plurality of ligation clips, characterized in that : the cannula body includes a plurality of slots formed therein, wherein each slot of the plurality of slots is associated with a clip retention feature of the plurality of clip retention features, wherein each ligation clip of the plurality of ligation clips is accessible by a clip applier through a respective slot of the plurality of slots formed in the cannula body.
Jaw implant having a first, approximately U-shaped perforated strip and at least one second perforated strip which, in relation to the U-shape of the first perforated strip , lies outside the U, wherein the first perforated strip carries spaced-apart fastening holes and has cross-sectional weakened portions between adjacent fastening holes for cutting the first perforated strip to length, wherein the first perforated strip has a partial region at a distance from the free ends of the first perforated strip , in which fastening holes have an internal thread for fastening a tooth replacement and in which each of these fastening holes with internal thread has a cross-sectional thickened portion which increases the longitudinal extension of this fastening hole and wherein the second perforated strip is connected at a leg of the U-shape of the first perforated strip via connecting webs to the first perforated strip , wherein the fastening holes of the second perforated strip are designed to accommodate fastening screws and wherein the first perforated strip is designed without a base, pin, or sleeve, wherein the jaw implant is designed to be deformable in the region of its connecting webs in such a way that the first, inner perforated strip can be mounted on a jaw ridge, while the at least one second, outer perforated strip can be fastened to the adjacent outer flank of the jaw ridge.
Electric compressor system for a motor vehicle, in particular with an electric, preferably purely electric, drive, comprising at least one electrically driven compressor for compressing a refrigerant and at least one compressor cooling device for cooling the compressor , wherein a cooling fluid, in particular a cooling liquid, preferably comprising water, can flow in the compressor cooling device , characterized in that the cooling fluid is separated from the refrigerant to be compressed by the compressor , wherein the cooling fluid differs in its material composition from the refrigerant to be compressed.
Optical position measurement device for capturing the rotation angle between two objects that are rotationally movable in relation to one another, comprising - a grating material measure (11; 111), which rotates about an axis of rotation and is embodied as a reflection grating and from whose scanning position information both with respect to an azimuthal rotational movement about the axis of rotation and also with respect to a radial displacement of the grating material measure (11; 111) are producible, - at least one detection unit for scanning the rotating grating material measure (11; 111), which is configured to perform azimuthal scanning and also radial scanning, as a result of which the azimuthal rotation angle (φ mess (Θ)) and a radial displacement (Δr mess (Θ)) of the grating material measure (11; 111) are determined, - wherein the neutral axis of rotation of the scan of the grating material measure (11; 111) for the rotation angle determination and the neutral axis of rotation of the scan of the grating material measure (11; 111) for the radial displacement determination lie in the same plane, wherein this plane is parallel to the non-tilted grating material measure (11; 111) and a neutral axis of rotation designates the axis of rotation about which the grating material measure (11; 111) and the detection unit are tiltable in relation to one another while the respectively measured position remains unchanged. - a grating material measure (11; 111), which rotates about an axis of rotation and is embodied as a reflection grating and from whose scanning position information both with respect to an azimuthal rotational movement about the axis of rotation and also with respect to a radial displacement of the grating material measure (11; 111) are producible, - at least one detection unit for scanning the rotating grating material measure (11; 111), which is configured to perform azimuthal scanning and also radial scanning, as a result of which the azimuthal rotation angle (φ mess (Θ)) and a radial displacement (Δr mess (Θ)) of the grating material measure (11; 111) are determined, - wherein the neutral axis of rotation of the scan of the grating material measure (11; 111) for the rotation angle determination and the neutral axis of rotation of the scan of the grating material measure (11; 111) for the radial displacement determination lie in the same plane, wherein this plane is parallel to the non-tilted grating material measure (11; 111) and a neutral axis of rotation designates the axis of rotation about which the grating material measure (11; 111) and the detection unit are tiltable in relation to one another while the respectively measured position remains unchanged.
A scanning apparatus comprising: a fold mirror to reflect light; a first scan mirror positioned to receive light from the fold mirror and provide a light beam scanned in a first dimension, wherein the first scan mirror is a MEMS scan mirror; a second scan mirror ; and a micro-electromechanical system - MEMS - device formed out of a common substrate , the MEMS device comprising a scanning platform and flexures that couple the scanning platform to an outer portion of the common substrate , characterized in that the second scan mirror is positioned to receive the light beam from the first scan mirror and to provide a light beam scanned in a second dimension, the second scan mirror is formed by a reflective face of the scanning platform , or is affixed or bonded to the scanning platform , and the fold mirror is formed by a reflective portion of or coating on the outer portion of the common substrate , or is a reflective element affixed or bonded to the outer portion of the common substrate . a fold mirror to reflect light; a first scan mirror positioned to receive light from the fold mirror and provide a light beam scanned in a first dimension, wherein the first scan mirror is a MEMS scan mirror; a second scan mirror ; and a micro-electromechanical system - MEMS - device formed out of a common substrate , the MEMS device comprising a scanning platform and flexures that couple the scanning platform to an outer portion of the common substrate , characterized in that the second scan mirror is positioned to receive the light beam from the first scan mirror and to provide a light beam scanned in a second dimension, the second scan mirror is formed by a reflective face of the scanning platform , or is affixed or bonded to the scanning platform , and the fold mirror is formed by a reflective portion of or coating on the outer portion of the common substrate , or is a reflective element affixed or bonded to the outer portion of the common substrate .
A method comprising: receiving a water stream from a hydrocarbon production facility, the water stream having a first concentration of a kinetic hydrate inhibitor (KHI), wherein the received water stream is at a first temperature; flowing the water stream through a heat exchanger to heat the water stream to a target temperature, wherein the target temperature is at least 2.8 °C (5 °F) greater than the first temperature, and wherein the target temperature is between 21.1 °C (70 °F) and 71.1 °C (160 °F); mixing the heated water stream with a treatment chemical to form a two-phase mixture , the treatment chemical having an affinity for the KHI, wherein mixing the heated water stream with a treatment chemical comprises adding the treatment chemical to the water stream such that a ratio of the treatment chemical to the KHI is between 1 and 3; flowing the two-phase mixture into a separator ; and physically separating the two-phase mixture into a first phase and a second phase , the first phase including water and having a second concentration of the KHI less than the first concentration, and the second phase including the KHI and the treatment chemical , the density of the second phase being less than the density of the first phase ; whereby the treatment chemical is an alcohol or a glycol ether with sufficiently large carbon number to be immiscible with water. receiving a water stream from a hydrocarbon production facility, the water stream having a first concentration of a kinetic hydrate inhibitor (KHI), wherein the received water stream is at a first temperature; flowing the water stream through a heat exchanger to heat the water stream to a target temperature, wherein the target temperature is at least 2.8 °C (5 °F) greater than the first temperature, and wherein the target temperature is between 21.1 °C (70 °F) and 71.1 °C (160 °F); mixing the heated water stream with a treatment chemical to form a two-phase mixture , the treatment chemical having an affinity for the KHI, wherein mixing the heated water stream with a treatment chemical comprises adding the treatment chemical to the water stream such that a ratio of the treatment chemical to the KHI is between 1 and 3; flowing the two-phase mixture into a separator ; and physically separating the two-phase mixture into a first phase and a second phase , the first phase including water and having a second concentration of the KHI less than the first concentration, and the second phase including the KHI and the treatment chemical , the density of the second phase being less than the density of the first phase ; whereby the treatment chemical is an alcohol or a glycol ether with sufficiently large carbon number to be immiscible with water.
A system , comprising: a hand-held welding tool that is manually placed in a welding position, wherein the hand-held welding tool is configured to be activated to cause a contact tip or a welding heat source to automatically move from a first position and to second position during a welding operation, characterised in that a welding arc is automatically and repeatedly turned off and on while the contact tip or the welding heat source moves from the first position to the second position to make a plurality of welds between the first position and the second position, and in that as a travel speed decreases, a time period between each arc on time increases to make equally spaced weld spots. a hand-held welding tool that is manually placed in a welding position, wherein the hand-held welding tool is configured to be activated to cause a contact tip or a welding heat source to automatically move from a first position and to second position during a welding operation, characterised in that a welding arc is automatically and repeatedly turned off and on while the contact tip or the welding heat source moves from the first position to the second position to make a plurality of welds between the first position and the second position, and in that as a travel speed decreases, a time period between each arc on time increases to make equally spaced weld spots.
A method comprising: intercepting , by a multiplexer module of a source kernel deployed in a source appliance , a service call initiated by a client process of a client deployed in the source appliance, wherein the service call is a request for provision of an internal service by a server deployed in a target appliance , the service call comprises an identifier , and the identifier identifies the internal service; determining , by the multiplexer module, whether one or more rules of a plurality of rules are specified for the identifier; in response to a determination that the one or more rules are specified for the identifier, generating , by the multiplexer module, a service packet by multiplexing client information and information specified in the service call, and forwarding , by the multiplexer module, the service packet to a demultiplexer module of a target kernel deployed in the target appliance; and in response to a determination that no rules of the plurality of rules are specified for the identifier, forwarding , by the multiplexer module, the service call to the server. intercepting , by a multiplexer module of a source kernel deployed in a source appliance , a service call initiated by a client process of a client deployed in the source appliance, wherein the service call is a request for provision of an internal service by a server deployed in a target appliance , the service call comprises an identifier , and the identifier identifies the internal service; the service call is a request for provision of an internal service by a server deployed in a target appliance , the service call comprises an identifier , and the identifier identifies the internal service; determining , by the multiplexer module, whether one or more rules of a plurality of rules are specified for the identifier; in response to a determination that the one or more rules are specified for the identifier, generating , by the multiplexer module, a service packet by multiplexing client information and information specified in the service call, and forwarding , by the multiplexer module, the service packet to a demultiplexer module of a target kernel deployed in the target appliance; and generating , by the multiplexer module, a service packet by multiplexing client information and information specified in the service call, and forwarding , by the multiplexer module, the service packet to a demultiplexer module of a target kernel deployed in the target appliance; and in response to a determination that no rules of the plurality of rules are specified for the identifier, forwarding , by the multiplexer module, the service call to the server.
An in vitro method for modulating the HTRA1 activity inside a cell, comprising the steps of (a) contacting the cell with a HTRA1 polypeptide in the absence of any other means suitable for inducing uptake of polypeptides into a cell; (b) incubating the cell in the presence of the HTRA1 polypeptide for a period of time sufficient for uptake of the HTRA1 polypeptide into the cell; wherein the cell is a mammalian cell; and wherein the HTRA1 polypeptide comprises the HTRA1 protease domain or an amino acid sequence derived therefrom which shares an identity with the amino acid sequence of the HTRA1 protease domain over its entire length of at least 80%. (a) contacting the cell with a HTRA1 polypeptide in the absence of any other means suitable for inducing uptake of polypeptides into a cell; (b) incubating the cell in the presence of the HTRA1 polypeptide for a period of time sufficient for uptake of the HTRA1 polypeptide into the cell;
A steel wire rope for conveyor belt, wherein the steel wire rope comprises a central steel wire , a steel wire layer externally wound on the central steel wire , and a plurality of external steel wire strands , wherein each external steel wire strand comprises a core steel wire (5.1) and N external steel wires (5.2); the central steel wire , the steel wire layer externally wound on the central steel wire , and the plurality of external steel wire strands are wound into a line contact steel wire rope in one step, the steel wire layer is externally wound on the outer side of the central steel wire , the external steel wire strands are wound to wrap the outer side of the steel wire layer , and the external steel wire strands are in line contact with the steel wire layer ; characterized in that and the steel wire layer externally wound on the central steel wire consists of M steel wires and M' externally wound steel wire strands (4.2).
Agricultural tool for use in forming furrows, comprising a generally cylindrical support and a plurality of tires , each tire comprising a sole by way of which the tire is mounted on the support , a tread opposite the sole and intended to roll on the bottom of a respective furrow when the tool is working and two sidewalls that connect the tread to the sole , the sole , the tread and the sidewalls jointly forming a casing that is uniform on a circumference of the tire and deformable around a chamber that fluidly communicates with the outside of the tire , the sole having a seat surface and an inner surface , opposite the seat surface and extending between the sidewalls , the tread having an inner surface directed towards the chamber and an outer surface facing away from the inner surface of the tread and directed towards the outside of the tire , the inner surface of the tread facing the inner surface of the sole, the tread of at least one of the plurality of tires has a generally domed shape, the sidewalls of this tire are generally inclined radially, each of the sidewalls has a curvature with constant sign from the tread to the sole , characterized in that the domed shape of the tread and the inclination of the sidewalls are such that the deformation of the casing urges the sole axially outward, a straight line passing through a crown of the tread and through a junction point between a sidewall and the sole crossing a lateral surface of the sole .
Monitoring unit for a medicament delivery device, which monitoring unit comprises - a housing , - a monitoring circuit arranged in said housing , capable of detecting and monitoring functions of the medicament delivery device when said medicament delivery device is used, - an attachment mechanism arranged with releasable locking elements for releasable attachment to said medicament delivery device, - a mechanical interface arranged to interact with a mating mechanical interface arranged on a medicament delivery device, and - an activation switch arranged in said mechanical interface and arranged to activate said monitoring circuit characterized in that said medicament delivery device is arranged with an activator element arranged in said mechanical interface and operably connected to a drive element of said medicament delivery device, wherein, when the medicament delivery device is used, said drive element will force said activator element in a distal direction during the dose delivery sequence, acting on said activation switch . - a housing , - a monitoring circuit arranged in said housing , capable of detecting and monitoring functions of the medicament delivery device when said medicament delivery device is used, - an attachment mechanism arranged with releasable locking elements for releasable attachment to said medicament delivery device, - a mechanical interface arranged to interact with a mating mechanical interface arranged on a medicament delivery device, and - an activation switch arranged in said mechanical interface and arranged to activate said monitoring circuit characterized in that said medicament delivery device is arranged with an activator element arranged in said mechanical interface and operably connected to a drive element of said medicament delivery device, wherein, when the medicament delivery device is used, said drive element will force said activator element in a distal direction during the dose delivery sequence, acting on said activation switch .
A method for wireless communication implemented by a user equipment LTE, the method comprising: receiving , from a base station, a master information block, MIB; determining , based at least in part on the MIB, a first common search space for a physical downlink control channel, PDCCH; monitoring a set of control channel elements of the first common search space; decoding a system information block, SIB, grant based at least in part on the monitored set of control channel elements, wherein the SIB grant is a Multefire SIB, SIB-MF1, grant; decoding the SIB-MF1 grant based at least in part on the determined first common search space; and determining a resource allocation of a second common search space that overlaps the determined common search space based at least in part on a SIB-MF1 payload scheduled by the decoded SIB-MF1 grant. receiving , from a base station, a master information block, MIB; determining , based at least in part on the MIB, a first common search space for a physical downlink control channel, PDCCH; monitoring a set of control channel elements of the first common search space; decoding a system information block, SIB, grant based at least in part on the monitored set of control channel elements, wherein the SIB grant is a Multefire SIB, SIB-MF1, grant; decoding the SIB-MF1 grant based at least in part on the determined first common search space; and determining a resource allocation of a second common search space that overlaps the determined common search space based at least in part on a SIB-MF1 payload scheduled by the decoded SIB-MF1 grant.