mhurhangee/ep-ind-claims huggingface dataset:
An on-board diagnostics system for an exhaust system of an internal combustion engine, the system comprising a catalyzed substrate having a catalyzed region and an uncatalyzed region; a first sensor; and a second sensor, wherein the catalyzed substrate has a total volume, and the uncatalyzed region has a volume that is less than 25 percent of the total volume; wherein the first sensor is located within the catalyzed region of the catalyzed substrate and the second sensor is located within the uncatalyzed region of the catalyzed substrate; wherein the catalyzed substrate has an inlet end and an outlet end, and an axial length extending from the inlet end to the outlet end, and characterised in that the uncatalyzed region extends from the inlet end of the catalyzed substrate for less than 60% of the axial length of the catalyzed substrate.
A warewash machine for washing wares, comprising: - a chamber for receiving wares, the chamber having a spray zone; - a spray system (306, 308) within the spray zone for spraying liquid onto wares passing therethrough; - a collection tank below the spray zone including said liquid; - a removable strainer bucket; and - a strainer pan located atop the collection tank and having a first opening with the removable strainer bucket mounted therein comprising one or more sidewalls having a plurality of openings sized for capturing falling food debris, characterized in that the warewash machine further comprises a removable cutlery basket; and the strainer pan has a second opening with the removable cutlery basket mounted in said second opening, the cutlery basket being substantially submerged in the liquid in the collection tank and including one or more sidewalls having a plurality of openings sized for allowing free passage of the liquid into and out of the cutlery basket and reducing any capture of food soils within the cutlery basket, wherein an average size of the openings of the cutlery basket is larger than an average size of the openings of the strainer bucket. - a chamber for receiving wares, the chamber having a spray zone; - a spray system (306, 308) within the spray zone for spraying liquid onto wares passing therethrough; - a collection tank below the spray zone including said liquid; - a removable strainer bucket; - a strainer pan located atop the collection tank and having a first opening with the removable strainer bucket mounted therein comprising one or more sidewalls having a plurality of openings sized for capturing falling food debris, the warewash machine further comprises a removable cutlery basket; and the strainer pan has a second opening with the removable cutlery basket mounted in said second opening, the cutlery basket being substantially submerged in the liquid in the collection tank and including one or more sidewalls having a plurality of openings sized for allowing free passage of the liquid into and out of the cutlery basket and reducing any capture of food soils within the cutlery basket, wherein an average size of the openings of the cutlery basket is larger than an average size of the openings of the strainer bucket.
A dust collector comprising: a housing; a telescoping suction pipe coupled to the housing; an electric motor positioned in the housing; a suction fan driven by the electric motor and operable to generate a vacuum in the suction pipe; a depth stop movable along the length of the suction pipe and selectively fixed to the suction pipe to limit the extent to which the suction pipe may telescope relative to the housing; characterised in a ruler coupled for movement with the depth stop. a housing; a telescoping suction pipe coupled to the housing; an electric motor positioned in the housing; a suction fan driven by the electric motor and operable to generate a vacuum in the suction pipe; a depth stop movable along the length of the suction pipe and selectively fixed to the suction pipe to limit the extent to which the suction pipe may telescope relative to the housing; characterised in a ruler coupled for movement with the depth stop.
Cosmetic or dermatological preparations having a content of spherical silica particles coated with titanium dioxide and iron oxides selected from the group of "soft-focus pigments", and wherein the spherical particles have a mean particle size of 4.0 - 8.0 μm and the following typical composition: 74.0 - 85.0% silicon dioxide (silica), 15.0 - 24.0% titanium dioxide and ≤ 2.0% iron oxides and medium-chain aliphatic diols selected from the group of octanediol, ethylhexylglycerin and/or glyceryl caprylate. wherein the spherical particles have a mean particle size of 4.0 - 8.0 μm and the following typical composition: 74.0 - 85.0% silicon dioxide (silica), 15.0 - 24.0% titanium dioxide and ≤ 2.0% iron oxides and medium-chain aliphatic diols selected from the group of octanediol, ethylhexylglycerin and/or glyceryl caprylate.
A bone clamp comprising: two or more clamping members configured to clampingly receive a bone therebetween; a basis supporting at least two of the clamping members at a first distance to each other, wherein the at least two clamping members each have a body that is rotatably supported by the basis and a bone engaging structure extending helically along at least a part of a length of its body, wherein the bone engaging structure is configured to engage a surface of the bone upon rotation of the respective rotatably supported clamping member, wherein, depending on the direction of the rotation, the rotatably supported clamping member advances along the surface of the bone either in a downward direction for mounting the bone clamp or in an upward direction for dismounting the bone clamp; characterised in that the bone clamp further comprises one of: a gear unit (600, 800) having a single torque input structure (610, 810) and a torque output structure (620, 820) for each of the rotatably supported clamping members to simultaneously rotate each of the rotatably supported clamping members in response to an input torque, and an interface configured for releasably engaging the gear unit (600, 800). two or more clamping members configured to clampingly receive a bone therebetween; a basis supporting at least two of the clamping members at a first distance to each other, wherein the at least two clamping members each have a body that is rotatably supported by the basis and a bone engaging structure extending helically along at least a part of a length of its body, wherein the bone engaging structure is configured to engage a surface of the bone upon rotation of the respective rotatably supported clamping member, wherein, depending on the direction of the rotation, the rotatably supported clamping member advances along the surface of the bone either in a downward direction for mounting the bone clamp or in an upward direction for dismounting the bone clamp; characterised in that the bone clamp further comprises one of: a gear unit (600, 800) having a single torque input structure (610, 810) and a torque output structure (620, 820) for each of the rotatably supported clamping members to simultaneously rotate each of the rotatably supported clamping members in response to an input torque, and an interface configured for releasably engaging the gear unit (600, 800). a gear unit (600, 800) having a single torque input structure (610, 810) and a torque output structure (620, 820) for each of the rotatably supported clamping members to simultaneously rotate each of the rotatably supported clamping members in response to an input torque, and an interface configured for releasably engaging the gear unit (600, 800).
A DC relay resistant to short-circuit current, comprising two stationary contact leading-out terminals (11, 12), a straight sheet type movable spring and a push rod component, in which the movable spring is mounted on the push rod component so that movable contacts on two ends of the movable spring are in contact with stationary contacts on bottom ends of the two stationary contact leading-out terminals (11, 12) under an action of the push rod component, and a current flows in from one of the two stationary contact leading-out terminals (11, 12) and flows out of the other of the two stationary contact leading-out terminals (11, 12) via through the movable spring, characterized in that upper magnetizers arranged in a width direction of the movable spring are mounted above a preset position of the movable spring; lower magnetizers arranged in the width direction of the movable spring and capable of moving with the movable spring are mounted below the preset position of the movable spring; at least one through hole is provided in the movable spring at the preset position, so that the upper magnetizers and the lower magnetizers can approach one to another or come into contact with each other through the through hole; and at least two independent magnetically conductive loops are formed in the width direction of the movable spring by means of the upper magnetizers and the lower magnetizers; magnetic pole faces of the respective magnetically conductive loops at the through hole are increased such that when the movable spring has a large fault current, attraction force in a contact pressure direction is generated to resist an electro-dynamic repulsion force generated, due to the fault current between the movable spring and the stationary contact leading-out terminals (11, 12).
A method for overload control in a packet mobile communication system, said method comprising a step of, at a Mobility Management Entity MME, respectively at a S4-Serving GPRS Support Node S4-SGSN (S4-SGSN): - in case of overload of the MME, respectively S4-SGSN, the MME, respectively the S4-SGSN, requesting Serving Gateways SGWs (S-GW) to throttle downlink signalling traffic for User Equipments in idle mode according to a throttling factor and for a throttling delay specified in the request. - in case of overload of the MME, respectively S4-SGSN, the MME, respectively the S4-SGSN, requesting Serving Gateways SGWs (S-GW) to throttle downlink signalling traffic for User Equipments in idle mode according to a throttling factor and for a throttling delay specified in the request.
A cutting mill for cutting up samples with a cutting rotor, comprising: a device housing; a drive motor for driving the cutting rotor for rotation; a grinding chamber with the cutting rotor arranged therein for cutting and comminuting the samples in the grinding chamber, with the cutting rotor defining an axis of rotation and the grinding chamber being delimited axially, on the motor side, by a grinding chamber rear wall; wherein the device housing comprises a sealing lid on the side of the cutting rotor axially opposite the grinding chamber rear wall, which lid can be opened to open the grinding chamber, wherein the sealing lid comprises a support bearing element for the cutting rotor; characterized by comprising a first labyrinth seal on the side of the sealing lid. a device housing; a drive motor for driving the cutting rotor for rotation; a grinding chamber with the cutting rotor arranged therein for cutting and comminuting the samples in the grinding chamber, with the cutting rotor defining an axis of rotation and the grinding chamber being delimited axially, on the motor side, by a grinding chamber rear wall; wherein the device housing comprises a sealing lid on the side of the cutting rotor axially opposite the grinding chamber rear wall, which lid can be opened to open the grinding chamber, wherein the sealing lid comprises a support bearing element for the cutting rotor;
A device for use with a female needleless connector, having a proximal end, comprising: a housing comprising a first chamber having a proximal wall, a circumferential side wall coupled to the proximal wall, and a distal opening that is configured to fit over the proximal end of the female needleless connector; an elongated finger attached to the proximal wall of the housing and disposed within the first chamber such that the elongated finger opens the fluid path through the female needleless connector when the distal opening of the housing is placed adjacent to the proximal end of the female needleless connector and the device is advanced in the distal direction; and a lining on a portion of an internal surface of the first chamber and configured to create a removable interference fit with an external surface of the female needleless connector; the device being characterized in that it comprises a second chamber and a neck that is sized and configured to removably couple to a male needleless connector; and in that it comprises a sealing layer on a portion of an internal surface of the second chamber and configured to seal against a tip portion of the male needleless connector. a housing comprising a first chamber having a proximal wall, a circumferential side wall coupled to the proximal wall, and a distal opening that is configured to fit over the proximal end of the female needleless connector; an elongated finger attached to the proximal wall of the housing and disposed within the first chamber such that the elongated finger opens the fluid path through the female needleless connector when the distal opening of the housing is placed adjacent to the proximal end of the female needleless connector and the device is advanced in the distal direction; and a lining on a portion of an internal surface of the first chamber and configured to create a removable interference fit with an external surface of the female needleless connector; the device being characterized in that it comprises a second chamber and a neck that is sized and configured to removably couple to a male needleless connector; and in that it comprises a sealing layer on a portion of an internal surface of the second chamber and configured to seal against a tip portion of the male needleless connector.
A hollow turbine airfoil or a hollow turbine casting comprising a cooling passage partition (220;310;624;724;824;924;1046;1146;1245), wherein the cooling passage partition (220;310;624;724;824;924;1046;1146;1245) has a maximum thickness of less than or equal to 8 mils (0.2 millimeters), characterized in that the cooling passage partition (220;310;624;724;824;924;1046;1146;1245) comprises a single crystal grain structure nickel based super alloy.
Refrigeration appliance, in particular household refrigeration appliance, with a carcass and a door, which delimit an interior, which is divided by at least one intermediate wall into at least one upper and one lower compartment (6; 5) with storage temperatures which are to be maintained in different manners, of which cold air is able to be applied to the lower compartment by way of a duct having air outlet openings (21, 27) which are guided in a rear wall of the carcass and in the intermediate wall and open into the lower compartment, wherein the air outlet openings (21, 27) are largely arranged in a front region of the intermediate wall, wherein the intermediate wall has at least one thermal barrier coating, wherein a tray accommodated in the compartment to which cold air can be applied protrudes beyond a front edge of the intermediate wall and a slim cover protrudes beyond the front edge of the intermediate wall, which extends over the entire width of the tray, is mounted on the end face in a pivotable manner, and bridges the gap between the end face and the upper edge of a front plate of the tray, characterised in that a thermal barrier coating (17; 14) is arranged between the duct and the lower compartment, at least locally, and the air outlet openings (21, 27) are arranged in a staggered manner, one behind the other in the front region of the intermediate wall, the air outlet openings lying towards the front in the staggered arrangement are arranged on the end faces of the intermediate wall, and the air outlet openings lying behind the frontmost air outlet openings in the staggered arrangement are arranged on the underside of the intermediate wall.
Handheld logging apparatus for capturing a log file of a compatible portable electronic device, preferably of a device running a version of the Android® operating system, the logging apparatus comprising: a processing unit; an interface adapted to communicatively connect the logging apparatus to the electronic device; and a trigger device being communicatively coupled to the processing unit, being operable by a human user, and being configured to send a trigger signal to the processing unit upon it being operated by a human user; wherein the processing unit is configured to: - send, upon receiving the trigger signal, a request signal to the electronic device via the interface to request the electronic device to provide the logging apparatus with access to an internal log file of the electronic device; - read data from the log file via the interface when the electronic device has granted access to the log file; and - store the data read from the log file, at least in parts, to a memory device and/or to send it, at least in parts, to a recipient device over a communication link; the logging apparatus is characterized in that: the trigger device is further adapted to automatically send the trigger signal upon monitoring predefined operational parameters of the electronic device and determining that a value of the monitored predefined operational parameters exceeds a corresponding threshold. a processing unit; an interface adapted to communicatively connect the logging apparatus to the electronic device; and a trigger device being communicatively coupled to the processing unit, being operable by a human user, and being configured to send a trigger signal to the processing unit upon it being operated by a human user; wherein the processing unit is configured to: - send, upon receiving the trigger signal, a request signal to the electronic device via the interface to request the electronic device to provide the logging apparatus with access to an internal log file of the electronic device; - read data from the log file via the interface when the electronic device has granted access to the log file; and - store the data read from the log file, at least in parts, to a memory device and/or to send it, at least in parts, to a recipient device over a communication link; - send, upon receiving the trigger signal, a request signal to the electronic device via the interface to request the electronic device to provide the logging apparatus with access to an internal log file of the electronic device; - read data from the log file via the interface when the electronic device has granted access to the log file; and - store the data read from the log file, at least in parts, to a memory device and/or to send it, at least in parts, to a recipient device over a communication link; the logging apparatus is characterized in that: the trigger device is further adapted to automatically send the trigger signal upon monitoring predefined operational parameters of the electronic device and determining that a value of the monitored predefined operational parameters exceeds a corresponding threshold.
A method for optically segmenting a scintillator or light-transmitting object for use in an imaging device, said method including the steps of: a) forming a micro-void at a selected location within said scintillator or light-transmitting object, using a laser beam; b) repeating said step of forming a micro-void to form a plurality of micro-voids, wherein the micro-voids are disposed in multiple layers within a given volume of the scintillator or light-transmitting object, said plurality of micro-voids cooperating to define at least one optical boundary, said at least one optical boundary segmenting said scintillator or light-transmitting object, wherein said at least one optical boundary assists in control and distribution of scintillation light. a) forming a micro-void at a selected location within said scintillator or light-transmitting object, using a laser beam; b) repeating said step of forming a micro-void to form a plurality of micro-voids, wherein the micro-voids are disposed in multiple layers within a given volume of the scintillator or light-transmitting object, said plurality of micro-voids cooperating to define at least one optical boundary, said at least one optical boundary segmenting said scintillator or light-transmitting object, wherein said at least one optical boundary assists in control and distribution of scintillation light.
A pneumatic tire with a tread, the tread comprising: a plurality of circumferential direction main grooves extending along a tire circumferential direction; a plurality of land portion rows that are partitioned by the circumferential direction main grooves; lug grooves that partition each land portion row into a plurality of land portions in a row along the tire circumferential direction; first auxiliary grooves formed on one groove width direction side of the lug grooves, the first auxiliary grooves opening onto the lug grooves and terminating inside the land portions; and second auxiliary grooves formed on the other groove width direction side of the lug grooves, the second auxiliary grooves opening onto the lug grooves so as to face opening portions of the first auxiliary grooves that open onto the lug grooves, and terminating inside the land portions, characterized in that opposite side end portions of the opening portions of the second auxiliary grooves are connected to the circumferential direction main grooves through fine grooves and wherein an incline of the first auxiliary grooves forms an acute angle (θ1) of less than 30 degrees with respect to a tire equatorial plane, and an incline of the second auxiliary grooves forms an acute angle (θ2) of 30 degrees or greater with respect to the tire equatorial plane. a plurality of circumferential direction main grooves extending along a tire circumferential direction; a plurality of land portion rows that are partitioned by the circumferential direction main grooves; lug grooves that partition each land portion row into a plurality of land portions in a row along the tire circumferential direction; first auxiliary grooves formed on one groove width direction side of the lug grooves, the first auxiliary grooves opening onto the lug grooves and terminating inside the land portions; and second auxiliary grooves formed on the other groove width direction side of the lug grooves, the second auxiliary grooves opening onto the lug grooves so as to face opening portions of the first auxiliary grooves that open onto the lug grooves, and terminating inside the land portions, characterized in that opposite side end portions of the opening portions of the second auxiliary grooves are connected to the circumferential direction main grooves through fine grooves and
A method for controlling the milking by a milking machine, characterized by the step of: - during an initial phase of said milking, increasing the milking vacuum and the maximum pulsation vacuum for said milking gradually from a first selected vacuum level towards a second selected vacuum level, thereby improving teat stimulation and decreasing the risk of a second milk letdown, wherein, if a second milk letdown is detected during said milking, the maximum pulsation vacuum is immediately lowered to a third selected vacuum level, which is lower than the vacuum level of the milking vacuum - during an initial phase of said milking, increasing the milking vacuum and the maximum pulsation vacuum for said milking gradually from a first selected vacuum level towards a second selected vacuum level, thereby improving teat stimulation and decreasing the risk of a second milk letdown, wherein, if a second milk letdown is detected during said milking, the maximum pulsation vacuum is immediately lowered to a third selected vacuum level, which is lower than the vacuum level of the milking vacuum