mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor for a thermal flowmeter, comprising: A sensor cup, wherein said sensor cup has a first longitudinal axis and a lateral surface as well as an open end and a closed second end with a cup floor , wherein the first longitudinal axis cuts the first end and the second end, particularly perpendicularly, and wherein a surface of the cup floor , which is oriented in the direction of the first end, is essentially flat; and at least a sensor element , wherein the sensor element is arranged in the sensor cup in the area of the cup floor ; and a solder layer , which is designed to thermally connect the sensor element with the sensor floor, wherein at least one projection projects out of the floor surface , wherein said projection is designed to position the sensor element in a defined manner in relation to the floor surface , characterized in that the sensor element is in direct contact to the at least one projection, wherein the sensor cup has an inner diameter in relation to a cross-sectional area perpendicular to the first longitudinal axis , wherein the cross-sectional area contains a highest point of a projection in the direction of the open end , wherein the at least one projection presents a distance in relation to the first longitudinal axis, wherein said distance is less than a third of the value of the inner diameter, wherein the at least one projection is produced by stamping the cup floor using a die, wherein the die features an indentation, said indentation being the inverse of the projection . A sensor cup, wherein said sensor cup has a first longitudinal axis and a lateral surface as well as an open end and a closed second end with a cup floor , wherein the first longitudinal axis cuts the first end and the second end, particularly perpendicularly, and wherein a surface of the cup floor , which is oriented in the direction of the first end, is essentially flat; and at least a sensor element , wherein the sensor element is arranged in the sensor cup in the area of the cup floor ; and a solder layer , which is designed to thermally connect the sensor element with the sensor floor, wherein at least one projection projects out of the floor surface , wherein said projection is designed to position the sensor element in a defined manner in relation to the floor surface , characterized in that the sensor element is in direct contact to the at least one projection, wherein the sensor cup has an inner diameter in relation to a cross-sectional area perpendicular to the first longitudinal axis , wherein the cross-sectional area contains a highest point of a projection in the direction of the open end , wherein the at least one projection presents a distance in relation to the first longitudinal axis, wherein said distance is less than a third of the value of the inner diameter, wherein the at least one projection is produced by stamping the cup floor using a die, wherein the die features an indentation, said indentation being the inverse of the projection .
A holding device for a door leaf, capable of holding a door leaf pivotally movable relative to a support in an open configuration, the holding device comprising a tubular body delimiting an internal passage area and delimiting a first fastening member for pivotally fastening the body on either one of the door leaf and the support, and a rod slidably mounted within the internal passage area along a longitudinal direction (X) and delimiting a second fastening member for pivotally fastening the rod on the other one of the door leaf and the support, the rod being capable of occupying a first retracted position corresponding to a closed configuration of the door leaf with respect to the support and a second partially extended position corresponding to the open configuration of the door leaf with respect to the support, the body internally delimiting at least one longitudinal stop abutment and the rod delimiting at least one blocking notch capable of switching between a laterally retracted configuration and a laterally deployed configuration, the longitudinal sliding of the rod from the first position to the second position automatically placing the blocking notch in its deployed configuration in which the blocking notch bears longitudinally against the stop abutment so as to block unidirectionally the rod longitudinally in its second position and to prevent the sliding of the rod in the direction of its first position, the rod being capable of occupying a third fully extended position through a longitudinal sliding from the second position in a direction (S1) opposite to the first position, the blocking notch delimiting a lateral bearing shoulder engaging with at least one linear stop system delimited by the body in the internal passage area during a longitudinal sliding of the rod from the third position to a fourth position longitudinally located between the first position and the second position, the linear stop system being configured so as to control, by driving the blocking notch at the level of its lateral bearing shoulder , the passage and the holding of the blocking notch in its retracted configuration during said longitudinal sliding of the rod from the third position to the fourth position, and wherein the blocking notch is integral with the rod and is linked to the rest of the rod thanks to an area forming a hinge for the blocking notch with respect to the rest of the rod .
An electric shower which includes a shower head (2.6) to which water is supplied in a single pass via a heater (2.5) and a heat exchanger (2.3) in the form of a catch tray (1.1) at the base of the shower enclosure, characterised in that the cold water supply to the heat exchanger (2.3) is via a pressure relief valve (2.2) and a pump (2.4) is between the heat exchanger (2.3) and the shower head (2.6), the heat exchanger (2.3) including spaced upper and lower plates between which the cold water is arranged to flow while the water from the shower head (2.6) passes over the upper plate which serves as a single exposed heat exchange surface, the arrangement being such that all the cold water supplied passes through the heat exchanger (2.3) and is directed to follow the same route from the point of supply to the final drain exit.
A method for preventive maintenance of an elevator speed sensor system comprising at least a first and a second sensor, which are independent of each other, and which elevator comprises an elevator hoisting machine, characterized in that the method comprises: - determining a reference distance for an elevator car travel between a first door zone and a second door zone, - during an elevator car travel between the first door zone and the second door zone, defining continuously a first elevator car speed information from the first sensor and a second elevator car speed information from the second sensor , - calculating a cumulative sensor system error by integrating the difference between the first elevator car speed information and the second elevator car speed information, - dividing the cumulative sensor system error with the reference distance to obtain a sensor system performance indicator, - transmitting the sensor system performance indicator to a maintenance server, - in the maintenance server, establishing a service request based on a sensor system performance indicator or on a sequence of sensor system performance indicators, the service request being established before the speed sensor system is considered as defective, and - transmitting the service request to a maintenance service unit. - determining a reference distance for an elevator car travel between a first door zone and a second door zone, - during an elevator car travel between the first door zone and the second door zone, defining continuously a first elevator car speed information from the first sensor and a second elevator car speed information from the second sensor , - calculating a cumulative sensor system error by integrating the difference between the first elevator car speed information and the second elevator car speed information, - dividing the cumulative sensor system error with the reference distance to obtain a sensor system performance indicator, - transmitting the sensor system performance indicator to a maintenance server, - in the maintenance server, establishing a service request based on a sensor system performance indicator or on a sequence of sensor system performance indicators, the service request being established before the speed sensor system is considered as defective, and - transmitting the service request to a maintenance service unit.
Method for generating a virtual image of a vehicle environment, wherein - real images of the vehicle environment are recorded by means of one or more cameras arranged at the vehicle, and - individual image points from the real images which are recorded by means of the cameras are projected onto projection points (P i ) of a three-dimensional environment model of the vehicle environment in order to generate the virtual image, wherein the projection points (P i ) form a bowl-type projection surface, wherein - the projection points (P i ) are arranged equidistantly from one another in a first spatial direction (x) and a second spatial direction (y), which is orthogonal to the first spatial direction, with the result that a constant image resolution with respect to the coordinate plane (E xy ), which is defined by the two spatial directions (x, y) and corresponds to a driving surface in the environment model, is achieved for the virtual image, wherein the position (z Pi ) of the projection points (P i ) in a third spatial direction (z), which corresponds to the height of the projection points (P i ) with respect to the driving surface in the environment model, is defined in dependence on a distance (d Pi ) from the vehicle in the environment model. - real images of the vehicle environment are recorded by means of one or more cameras arranged at the vehicle, and - individual image points from the real images which are recorded by means of the cameras are projected onto projection points (P i ) of a three-dimensional environment model of the vehicle environment in order to generate the virtual image, wherein the projection points (P i ) form a bowl-type projection surface, wherein - the projection points (P i ) are arranged equidistantly from one another in a first spatial direction (x) and a second spatial direction (y), which is orthogonal to the first spatial direction, with the result that a constant image resolution with respect to the coordinate plane (E xy ), which is defined by the two spatial directions (x, y) and corresponds to a driving surface in the environment model, is achieved for the virtual image,
A boron carbide sintered body comprising necked boron carbide-containing particles wherein the thermal conductivity of the boron carbide sintered body at 400 °C is 27 W/m·K or less and the ratio of the thermal conductivity of the boron carbide sintered body at 25 °C to that of the boron carbide sintered body at 800 °C is 1:0.2 to 1:3.
A compound of the formula: wherein R is hydrogen, -P(=O)(OH) 2 , or a pharmaceutically acceptable salt thereof.
A composite separating layer , comprising: a separating body , being ion-conductive and without holes, and mainly composed of an ion-conductive material the ion-conductive material including: a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity; and a structural reinforcing layer , disposed on one side of the separating body and having a mechanical strength higher than a mechanical strength of the separating body , wherein the structural reinforcing layer is composed of an undeformable structural supporting material and a binder, the binder being an ion-conductive material including: a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity. a separating body , being ion-conductive and without holes, and mainly composed of an ion-conductive material the ion-conductive material including: a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity; and a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity; a structural reinforcing layer , disposed on one side of the separating body and having a mechanical strength higher than a mechanical strength of the separating body , wherein the structural reinforcing layer is composed of an undeformable structural supporting material and a binder, the binder being an ion-conductive material including: a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity. a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity.
Observation and designation apparatus comprising a first image sensor and a second image sensor that are connected to an electronic image processor circuit connected to a display, the first image sensor and the second image sensor being arranged to provide fields that are superposed in order to supply respectively at least a first image and a second image of the same scene, and the appliance further comprising a laser emitter for emitting a laser beam lying in a predetermined range of wavelengths into a predetermined zone of the field of the second sensor; a region-of-interest filter extending in front of the second sensor, the region-of-interest filter having a first region corresponding to the predetermined zone of the field, a second region surrounding the first region, and a third region surrounding the second region, the filter being arranged, in the second region to block substantially all of the light flux coming from the scene, in the first region to attenuate the light flux lying outside the predetermined range of wavelengths, and in the third region to transmit a maximum amount of the light flux; the electronic processor circuit being arranged to superpose the two images by using the zone of the second image that corresponds to the third region of the filter in order to register the second image spatially relative to the first image.
A treadmill for a pet, comprising: a base having a first end and a second end; a first roller (112 and 122 or 111 and 121) provided at a position adjacent to the first end of the base and a second roller (111 and 121 or 112 and 122) provided at another position adjacent to the second end of the base ; at least one belt (110 and 120) having an inner surface and an outer surface, the inner surface being wrapped around the first roller (112 and 122 or 111 and 121) and the second roller (111 and 121 or 112 and 122) to form a closed loop, the belt (110 and 120) being configured to move around the first (112 and 122 or 111 and 121) and second rollers (111 and 121 or 112 and 122) at a prescribed speed; and a first sterilizer (191 or 192) provided at another position adjacent to the first end of the base and adjacent to the belt (110 and 120) such that the belt (110 and 120) is provided between the first sterilizer (191 or 192) and the first roller (112 and 122 or 111 and 121), the first sterilizer (191 or 192) being configured to sterilize the outer surface of the belt (110 and 120) as the belt (110 and 120) travels at the prescribed speed. a base having a first end and a second end; a first roller (112 and 122 or 111 and 121) provided at a position adjacent to the first end of the base and a second roller (111 and 121 or 112 and 122) provided at another position adjacent to the second end of the base ; at least one belt (110 and 120) having an inner surface and an outer surface, the inner surface being wrapped around the first roller (112 and 122 or 111 and 121) and the second roller (111 and 121 or 112 and 122) to form a closed loop, the belt (110 and 120) being configured to move around the first (112 and 122 or 111 and 121) and second rollers (111 and 121 or 112 and 122) at a prescribed speed; and a first sterilizer (191 or 192) provided at another position adjacent to the first end of the base and adjacent to the belt (110 and 120) such that the belt (110 and 120) is provided between the first sterilizer (191 or 192) and the first roller (112 and 122 or 111 and 121), the first sterilizer (191 or 192) being configured to sterilize the outer surface of the belt (110 and 120) as the belt (110 and 120) travels at the prescribed speed.
A sample measurement device, comprising: a transporting mechanism adapted to transport a rack on a transport surface; a sample measurement chamber provided below the transport surface and in which a sample container from the rack can be stored; a base frame that forms a bottom of the sample measurement chamber; and a lifting/lowering mechanism that has a shaft penetrating through the base frame in an up-and-down direction and a head provided at an upper end of the shaft and on which the sample container is to be placed, and that is adapted to transport the sample container between the rack and the sample measurement chamber, wherein an upper surface of the base frame and a lower surface of the head are joined in a base state where the shaft is lowered to a lowermost end, and characterized in that the sample measurement device further comprises a light-shielding structure surrounding the shaft and comprising a ring-shaped protrusion provided on one of the upper surface of the base frame and the lower surface of the head; and a ring-shaped recess provided on the other of the upper surface of the base frame and the lower surface of the head, wherein the ring-shaped protrusion and the ring-shaped recess are combined in the base state. a transporting mechanism adapted to transport a rack on a transport surface; a sample measurement chamber provided below the transport surface and in which a sample container from the rack can be stored; a base frame that forms a bottom of the sample measurement chamber; and a lifting/lowering mechanism that has a shaft penetrating through the base frame in an up-and-down direction and a head provided at an upper end of the shaft and on which the sample container is to be placed, and that is adapted to transport the sample container between the rack and the sample measurement chamber, wherein an upper surface of the base frame and a lower surface of the head are joined in a base state where the shaft is lowered to a lowermost end, and characterized in that the sample measurement device further comprises a light-shielding structure surrounding the shaft and comprising a ring-shaped protrusion provided on one of the upper surface of the base frame and the lower surface of the head; and a ring-shaped recess provided on the other of the upper surface of the base frame and the lower surface of the head, wherein the ring-shaped protrusion and the ring-shaped recess are combined in the base state.
A delivery device for targeting delivery of a medicament to a subretinal space (SRS) of an eye, the delivery device comprising: a medicament container containing a volume of a medicament and a temporary sealant (TS) including at least one of a fibrin, collagen, or protein; a puncture member ; and an actuation rod configured such that, on application of a force less than about 6 Newtons to the actuation rod, the actuation rod moves within the medicament container, the delivery device being characterized in that it is configured such that, in use, an initial movement of the actuation rod within the medicament container conveys only the temporary sealant (TS) via a lumen of the puncture member to a distal end portion of the puncture member and to a suprachoroidal space (SCS), whereby the temporary sealant (TS) within the suprachoroidal space (SCS) increases the back pressure applied to the delivery device such that the force of less than about 6 Newtons applied to the actuation rod is insufficient to overcome the back pressure and movement of the actuation rod is limited, further movement of the actuation rod, after the temporary sealant (TS) is delivered, conveys the medicament via the lumen of the puncture member to the distal end portion of the puncture member . a medicament container containing a volume of a medicament and a temporary sealant (TS) including at least one of a fibrin, collagen, or protein; a puncture member ; and an actuation rod configured such that, on application of a force less than about 6 Newtons to the actuation rod, the actuation rod moves within the medicament container, the delivery device being characterized in that it is configured such that, in use, an initial movement of the actuation rod within the medicament container conveys only the temporary sealant (TS) via a lumen of the puncture member to a distal end portion of the puncture member and to a suprachoroidal space (SCS), whereby the temporary sealant (TS) within the suprachoroidal space (SCS) increases the back pressure applied to the delivery device such that the force of less than about 6 Newtons applied to the actuation rod is insufficient to overcome the back pressure and movement of the actuation rod is limited, further movement of the actuation rod, after the temporary sealant (TS) is delivered, conveys the medicament via the lumen of the puncture member to the distal end portion of the puncture member .