mhurhangee/patent-ind-claim-en huggingface dataset:
Device for desalinating water, wherein the following components are provided in a mobile housing : - a first ion exchanger column , - a second ion exchanger column , - a supply conduit for supplying the water to be desalinated, wherein the supply conduit opens into the first ion exchanger column and is guided to the outside of the housing , - a discharge conduit for discharging the desalinated water, wherein the discharge conduit opens into the second ion exchanger column and is guided to the outside of the housing , - a first section of a connecting conduit , wherein the first section of the connecting conduit opens into the first ion exchanger column and is guided to the outside of the housing , - and a second section of the connecting conduit , wherein the second section of the connecting conduit opens into the second ion exchanger column and is guided to the outside of the housing , - wherein the device comprises a bridge for the sealed, serial connection of the first ion exchanger column to the second ion exchanger column , by means of which the sections of the connecting conduit which are guided to the outside of the housing are connected or can be connected fluidically, a support plate being provided in which the supply conduit , the discharge conduit , the first section of the connecting conduit and the second section of the connecting conduit are extending, characterized in that the support plate comprises a solid, one-piece plate body which is penetrated by channels for forming the supply conduit , the discharge conduit , the first section of the connecting conduit and the second section of the connecting conduit , and in that the channels for forming the supply conduit , the discharge conduit , the first section of the connecting conduit and the second section of the connecting conduit are configured as boreholes and/or as cast-in conduits. - a first ion exchanger column , - a second ion exchanger column , - a supply conduit for supplying the water to be desalinated, wherein the supply conduit opens into the first ion exchanger column and is guided to the outside of the housing , - a discharge conduit for discharging the desalinated water, wherein the discharge conduit opens into the second ion exchanger column and is guided to the outside of the housing , - a first section of a connecting conduit , wherein the first section of the connecting conduit opens into the first ion exchanger column and is guided to the outside of the housing , - and a second section of the connecting conduit , wherein the second section of the connecting conduit opens into the second ion exchanger column and is guided to the outside of the housing , - wherein the device comprises a bridge for the sealed, serial connection of the first ion exchanger column to the second ion exchanger column , by means of which the sections of the connecting conduit which are guided to the outside of the housing are connected or can be connected fluidically, a support plate being provided in which the supply conduit , the discharge conduit , the first section of the connecting conduit and the second section of the connecting conduit are extending,
A system for delivering fluid to a negative pressure wound therapy dressing, the system comprising: a wound dressing ; a negative pressure source coupled to the wound dressing ; a fluid flow device in fluid communication with the wound dressing ; a control device configured to control a fluid flow from the fluid flow device ; and a pressure sensor coupled to the wound dressing and to the control device , wherein the pressure sensor is configured to send a control signal to the control device and control fluid flow from the fluid flow device when the pressure sensor detects a predetermined pressure at the wound dressing ; a reservoir coupled to the negative pressure source and in fluid communication with the fluid flow device characterised by a vent coupled to the reservoir and configured to selectively open the reservoir to atmosphere; and a check valve between the wound dressing and the reservoir , wherein the check valve is configured to restrict fluid flow to the reservoir when the reservoir is not at a negative pressure. a wound dressing ; a negative pressure source coupled to the wound dressing ; a fluid flow device in fluid communication with the wound dressing ; a control device configured to control a fluid flow from the fluid flow device ; and a pressure sensor coupled to the wound dressing and to the control device , wherein the pressure sensor is configured to send a control signal to the control device and control fluid flow from the fluid flow device when the pressure sensor detects a predetermined pressure at the wound dressing ; a reservoir coupled to the negative pressure source and in fluid communication with the fluid flow device characterised by a vent coupled to the reservoir and configured to selectively open the reservoir to atmosphere; and a check valve between the wound dressing and the reservoir , wherein the check valve is configured to restrict fluid flow to the reservoir when the reservoir is not at a negative pressure.
A multilayer light-blocking film for optical equipment, comprising: a multilayer structure comprising at least a first light-blocking layer and a second light-blocking layer , wherein the first light-blocking layer is disposed on the outermost surface on the front side of the multilayer structure and the second light-blocking layer is disposed on the outermost surface on the back side of the multilayer structure, wherein the first light-blocking layer and the second light-blocking layer have an optical density of 2.5 or more in total, the 60-degree glossiness of the first light-blocking layer is 0.01% or more and 5% or less, characterized in that the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is 0.1% or more and 9.9% or less, and - the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is more than 5% and the 60-degree glossiness of the second light-blocking layer is 10% or more and less than 15%, or - the optical density of the first light-blocking layer is 1.5 or more and less than 2.5 and the optical density of the second light-blocking layer is 1.5 or more and 6.0 or less. a multilayer structure comprising at least a first light-blocking layer and a second light-blocking layer , wherein the first light-blocking layer is disposed on the outermost surface on the front side of the multilayer structure and the second light-blocking layer is disposed on the outermost surface on the back side of the multilayer structure, wherein the first light-blocking layer and the second light-blocking layer have an optical density of 2.5 or more in total, the 60-degree glossiness of the first light-blocking layer is 0.01% or more and 5% or less, characterized in that the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is 0.1% or more and 9.9% or less, and - the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is more than 5% and the 60-degree glossiness of the second light-blocking layer is 10% or more and less than 15%, or - the optical density of the first light-blocking layer is 1.5 or more and less than 2.5 and the optical density of the second light-blocking layer is 1.5 or more and 6.0 or less. - the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is more than 5% and the 60-degree glossiness of the second light-blocking layer is 10% or more and less than 15%, or - the optical density of the first light-blocking layer is 1.5 or more and less than 2.5 and the optical density of the second light-blocking layer is 1.5 or more and 6.0 or less.
A capsule for use in a personal vaporization device, the capsule comprising a cap and a cup , wherein: the cap has a first base wall with a plurality of holes extending through the first base wall , and a first peripheral skirt extending from the first base wall ; the cup has a second base wall with a plurality of holes extending through the second base wall , and a first peripheral sidewall extending from the second base wall ; a first standoff structure is provided on a side of the first base wall opposite the first peripheral skirt ; a second standoff structure (308, 424, 1108, 1203/1208) is provided on a side of the second base wall opposite the first peripheral sidewall ; the cap and the cup are coupled together and enclose an interior volume for holding a vaporizable material between the first base wall and the second base wall; and the first and second standoff structures (306, 404; 308, 424, 1108, 1203/1208) are constructed to space the first base wall and the second base wall , respectively, from adjacent surfaces of the personal vaporization device. the cap has a first base wall with a plurality of holes extending through the first base wall , and a first peripheral skirt extending from the first base wall ; the cup has a second base wall with a plurality of holes extending through the second base wall , and a first peripheral sidewall extending from the second base wall ; a first standoff structure is provided on a side of the first base wall opposite the first peripheral skirt ; a second standoff structure (308, 424, 1108, 1203/1208) is provided on a side of the second base wall opposite the first peripheral sidewall ; the cap and the cup are coupled together and enclose an interior volume for holding a vaporizable material between the first base wall and the second base wall; and the first and second standoff structures (306, 404; 308, 424, 1108, 1203/1208) are constructed to space the first base wall and the second base wall , respectively, from adjacent surfaces of the personal vaporization device.
A disk brake device , comprising: a caliper body including a cylinder part which is disposed on an inner side of a rotor , a pawl part which is disposed on an outer side of the rotor , wherein the cylinder part and the pawl part are connected together by a center bridge and side bridges respectively disposed on a turn-in side and a turn-out side of the rotor with the center bridges as base points thereof; a support including guide pin guiding parts disposed in a range of a thickness of a back part of the caliper body constituting the center bridges and the side bridges , the guide pin guiding parts being interposed between the cylinder part and the pawl part ; guide pins slidable with respect to the guide pin guiding parts of the support ; and an inner side brake pad and an outer side brake pad respectively disposed on the inner side and outer side of the rotor , characterized in that the pawl part has an inner peripheral side notch section at a position opposed to a cylinder arranged position and outer side notch sections , wherein the outer side notch sections are respectively interposed between the center bridges and the side bridges ; the guide pin guiding parts are exposed to an outside of the caliper body from the outer peripheral side notch sections ; and the outer side brake pad is threadedly engaged with such a surface of the pawl part opposed to the rotor on the turn-in side and the turn-out side of the rotor with respect to the inner peripheral side notch section . a caliper body including a cylinder part which is disposed on an inner side of a rotor , a pawl part which is disposed on an outer side of the rotor , wherein the cylinder part and the pawl part are connected together by a center bridge and side bridges respectively disposed on a turn-in side and a turn-out side of the rotor with the center bridges as base points thereof; a support including guide pin guiding parts disposed in a range of a thickness of a back part of the caliper body constituting the center bridges and the side bridges , the guide pin guiding parts being interposed between the cylinder part and the pawl part ; guide pins slidable with respect to the guide pin guiding parts of the support ; and an inner side brake pad and an outer side brake pad respectively disposed on the inner side and outer side of the rotor ,
An irrigation sprinkler having a vertical axis (A) and configured to emit a liquid jet, the sprinkler comprising: a base adapted for connection to a liquid source; a head operatively connected to the base by friction engagement to limit the rotation of the head in a rotation direction about the vertical axis (A), the head having a nozzle configured to emit a liquid jet, the head including two posts configured to extend in the vertical direction on opposite sides of the vertical axis (A); a reciprocal element rotatably mounted to the head for reciprocal motion about the vertical axis (A), in response to being impacted with the liquid jet from the nozzle , at least one of the posts acting as an abutment stop, wherein the reciprocal element comprises a diffuser arm connected at a fixed end thereof, and extending in a direction perpendicular to the vertical axis (A) to a free end thereof, the diffuser arm comprising a plurality of integrally formed, spaced apart diffuser posts , each diffuser post configured to be hit by, and diffuse the liquid jet during the reciprocal-motion, said diffuser posts being configured so that liquid from the liquid jet reaches a first range R1, when the liquid jet hits any one of the plurality of diffuser posts ; and liquid from the liquid jet reaches a second range R2, which is greater than R1, when the liquid jet does not hit any one of the plurality of diffuser posts ; characterized in that the diffuser posts are identical to one another and evenly spaced apart from one another at different distances from the free end of the diffuser arm . a base adapted for connection to a liquid source; a head operatively connected to the base by friction engagement to limit the rotation of the head in a rotation direction about the vertical axis (A), the head having a nozzle configured to emit a liquid jet, the head including two posts configured to extend in the vertical direction on opposite sides of the vertical axis (A); a reciprocal element rotatably mounted to the head for reciprocal motion about the vertical axis (A), in response to being impacted with the liquid jet from the nozzle , at least one of the posts acting as an abutment stop, wherein the reciprocal element comprises a diffuser arm connected at a fixed end thereof, and extending in a direction perpendicular to the vertical axis (A) to a free end thereof, the diffuser arm comprising a plurality of integrally formed, spaced apart diffuser posts , each diffuser post configured to be hit by, and diffuse the liquid jet during the reciprocal-motion, said diffuser posts being configured so that liquid from the liquid jet reaches a first range R1, when the liquid jet hits any one of the plurality of diffuser posts ; and liquid from the liquid jet reaches a second range R2, which is greater than R1, when the liquid jet does not hit any one of the plurality of diffuser posts ; characterized in that the diffuser posts are identical to one another and evenly spaced apart from one another at different distances from the free end of the diffuser arm .
A peripheral device for use with a host computing device , the peripheral device comprising: one or more compute elements ; a security module configured to form a trusted execution environment on the peripheral device for processing sensitive data using sensitive code , wherein the sensitive data and sensitive code are provided by a trusted computing entity which is in communication with the host computing device; at least one encryption unit configured to encrypt and decrypt data transferred between the trusted execution environment and the trusted computing entity via the host computing device; wherein the security module is configured to compute and send an attestation to the trusted computing entity to attest that the sensitive code is in the trusted execution environment; characterized in that : the security module is configured to form the trusted execution environment by switching the peripheral device from a non-secure mode in which access to memory and registers of the peripheral via a linear address space is possible, into a secure mode in which access to specified memory and specified registers of the peripheral via the linear address space is disabled. one or more compute elements ; a security module configured to form a trusted execution environment on the peripheral device for processing sensitive data using sensitive code , wherein the sensitive data and sensitive code are provided by a trusted computing entity which is in communication with the host computing device; at least one encryption unit configured to encrypt and decrypt data transferred between the trusted execution environment and the trusted computing entity via the host computing device; wherein the security module is configured to compute and send an attestation to the trusted computing entity to attest that the sensitive code is in the trusted execution environment; characterized in that : the security module is configured to form the trusted execution environment by switching the peripheral device from a non-secure mode in which access to memory and registers of the peripheral via a linear address space is possible, into a secure mode in which access to specified memory and specified registers of the peripheral via the linear address space is disabled.
Watch case comprising: a case middle ; removable horns ; at least one nut removably inserted in a housing provided in the thickness of the case middle, a nut portion protruding radially outwardly from the case middle; a detachable horn-holding screw radially engaged in each said nut characterized in that said housing has a slot for inserting said nut by the upper edge of the case middle. a case middle ; removable horns ; at least one nut removably inserted in a housing provided in the thickness of the case middle, a nut portion protruding radially outwardly from the case middle; a detachable horn-holding screw radially engaged in each said nut
Method for operating a driver assistance system of a motor vehicle , which from sensor data of a plurality of environment sensors of the motor vehicle determines curve information about an upcoming curve and if at least one measure criterion evaluating the curve information is met introduces at least one measure for supporting the driver, characterised in that as environment sensors radar sensors are used, each with a semiconductor chip , in particular CMOS-chip , implementing a radar transceiver , the sensor data of which are evaluated for determining the curve information, wherein from the sensor data of the radar sensor the course of at least one road boundary is determined by means of the features describing the road boundary, from which the curve information is determined, and the radar sensors as wide angle radar sensors are provided respectively with an antenna arrangement , wherein the antenna arrangement permits an angle measurement in at least two perpendicular planes, in particular in azimuth and elevation, wherein a plurality of radar sensors directed to the forefield of the motor vehicle are used with at least partly overlapping detecting areas , the sensor data of which are evaluated at least in the respective overlapping areas jointly for determining the curve information by means of a combination of sensor data from the respective overlapping area for a mutual plausibility check and/or statistical processing, which is used for increasing the data quality, wherein the radar sensors directed to the forefield are part of a radar sensor arrangement enabling 360° environment monitoring with in particular weight radar sensors , wherein sensor data of at least one radar sensor directed to the lateral environment of the motor vehicle are evaluated for determining distance information to the road boundary, which is considered in at least one of the at least one measure criterion.
Low-pressure hydroelectric power plant comprising an ejector ramp for a surplus water jet , comprising a suction pipe connected to a turbine and comprising a combining section for the surplus water jet flowing off from the ejector ramp with the works water flowing out of the suction pipe underneath the surplus water jet , characterised in that the combining section has a bottom which, following on from the outlet of the suction pipe , forms in the flow direction a recess extending over the width of the bottom.
A boxing device comprising: a stocking section inside of which a stocking space (SP) for stocking a plurality of packaging boxes made from sheet-form members is formed; a packing section configured and arranged to receive packaging boxes sent from the stocking section ; a boxing mechanism configured and arranged to perform a boxing action of packing a plurality of products discharged from a packaging machine, which is configured to package supplied commodities into a bag formed of packaging material and to discharge the package as a product, into the packaging boxes placed on the packing section ; and a controller configured and arranged to execute a stocking number deciding process to decide a numerical quantity of the packaging boxes stocked in the stocking space (SP) on the basis of predetermined information, the controller configured and arranged to execute the stocking number deciding process on the basis of packaging-machine-related information relating to an operating situation of the packaging machine, and/or user-set information set by a user. a stocking section inside of which a stocking space (SP) for stocking a plurality of packaging boxes made from sheet-form members is formed; a packing section configured and arranged to receive packaging boxes sent from the stocking section ; a boxing mechanism configured and arranged to perform a boxing action of packing a plurality of products discharged from a packaging machine, which is configured to package supplied commodities into a bag formed of packaging material and to discharge the package as a product, into the packaging boxes placed on the packing section ; and a controller configured and arranged to execute a stocking number deciding process to decide a numerical quantity of the packaging boxes stocked in the stocking space (SP) on the basis of predetermined information, the controller configured and arranged to execute the stocking number deciding process on the basis of packaging-machine-related information relating to an operating situation of the packaging machine, and/or user-set information set by a user.