mhurhangee/patent-ind-claim-en huggingface dataset:
A fence system, comprising: at least one fence post ; at least one fence panel adjacent to the fence post ; and a panel-post connector plate comprising a plate body having a post-receiving aperture for receiving at least part of the fence post therethrough, and a fastener receiving aperture for receiving a fastener to attach the plate body to a panel-body of the adjacent fence panel ; and a header-rail engagement member at or adjacent to the plate body , the header-rail engagement member at least in part upstanding from a plane defined by the plate body ; characterised in that the fence post comprises metal folded into a generally H-shaped cross-section, the fence post comprising a central rib that extends longitudinally along a length of the fence post and first and second opposing, and substantially planar, surfaces that extend laterally from the central rib , wherein the central rib comprises a double layer of metal, each layer of the double layer abutting or substantially abutting each other, and the fence panel has a panel body and a header rail , the fence panel being connected to the fence post via the panel-post connector plate, the header-rail engagement member received in the header rail of the fence panel . at least one fence post ; at least one fence panel adjacent to the fence post ; and a panel-post connector plate comprising a plate body having a post-receiving aperture for receiving at least part of the fence post therethrough, and a fastener receiving aperture for receiving a fastener to attach the plate body to a panel-body of the adjacent fence panel ; and a header-rail engagement member at or adjacent to the plate body , the header-rail engagement member at least in part upstanding from a plane defined by the plate body ; a plate body having a post-receiving aperture for receiving at least part of the fence post therethrough, and a fastener receiving aperture for receiving a fastener to attach the plate body to a panel-body of the adjacent fence panel ; and a header-rail engagement member at or adjacent to the plate body , the header-rail engagement member at least in part upstanding from a plane defined by the plate body ; characterised in that the fence post comprises metal folded into a generally H-shaped cross-section, the fence post comprising a central rib that extends longitudinally along a length of the fence post and first and second opposing, and substantially planar, surfaces that extend laterally from the central rib , wherein the central rib comprises a double layer of metal, each layer of the double layer abutting or substantially abutting each other, and the fence panel has a panel body and a header rail , the fence panel being connected to the fence post via the panel-post connector plate, the header-rail engagement member received in the header rail of the fence panel .
A method, comprising: preventing, via digital isolators in each of a set of compartments of a service kiosk , electronic devices stored in different compartments of the set of compartments of the service kiosk and operably connected to the service kiosk via a connector , from communicating with one another wirelessly and via the connector ; receiving, at the service kiosk , authentication data associated with a user, a specification of an electronic device to be delivered to the user, and provisioning data for configuring the electronic device to be delivered to the user; selecting a selected electronic device stored in a selected member of the set of compartments from one of the electronic devices stored in the set of compartments of the service kiosk , where the selected electronic device is selected according to the electronic device specification; configuring the selected electronic device based on the provisioning data; receiving, via an interface of the service kiosk , a credential from the user; and providing physical access to the selected member of the set of compartments of the service kiosk in which the selected electronic device is stored when the credential matches the authentication data. preventing, via digital isolators in each of a set of compartments of a service kiosk , electronic devices stored in different compartments of the set of compartments of the service kiosk and operably connected to the service kiosk via a connector , from communicating with one another wirelessly and via the connector ; receiving, at the service kiosk , authentication data associated with a user, a specification of an electronic device to be delivered to the user, and provisioning data for configuring the electronic device to be delivered to the user; selecting a selected electronic device stored in a selected member of the set of compartments from one of the electronic devices stored in the set of compartments of the service kiosk , where the selected electronic device is selected according to the electronic device specification; configuring the selected electronic device based on the provisioning data; receiving, via an interface of the service kiosk , a credential from the user; and providing physical access to the selected member of the set of compartments of the service kiosk in which the selected electronic device is stored when the credential matches the authentication data.
A glass window, comprising: a glass pane , a seal molded at least partially on a periphery of the glass pane , a middle insert fixed on the seal , and a light decoration strip mounted on the seal via the middle insert and comprising a first fixing part and a second fixing part ; wherein the middle insert comprises a first end part provided with a first opening , a second end part provided with a second opening , and a connecting part used for connecting the first end part and the second end part ; the first opening and the second opening face the outsides of the first and second end parts, respectively; the first fixing part is clamped into the first opening and the second fixing part is clamped into the second opening , and the connecting part of the middle insert is at least partially enwrapped by an enwrapping part of the seal , the enwrapping part is located between the middle insert and the light decoration strip , characterized in that the enwrapping part is at least partially provided with a bulge or bulges on an upper surface of the enwrapping part , wherein the bulge or bulges extend in a longitudinal direction of the light decoration strip , and a clearance between the upper surface of the bulge or bulges and a lower surface of the light decoration strip is less than ±0.5 mm. a glass pane , a seal molded at least partially on a periphery of the glass pane , a middle insert fixed on the seal , and a light decoration strip mounted on the seal via the middle insert and comprising a first fixing part and a second fixing part ; wherein the middle insert comprises a first end part provided with a first opening , a second end part provided with a second opening , and a connecting part used for connecting the first end part and the second end part ; the first opening and the second opening face the outsides of the first and second end parts, respectively; the first fixing part is clamped into the first opening and the second fixing part is clamped into the second opening , and the connecting part of the middle insert is at least partially enwrapped by an enwrapping part of the seal , the enwrapping part is located between the middle insert and the light decoration strip , characterized in that the enwrapping part is at least partially provided with a bulge or bulges on an upper surface of the enwrapping part , wherein the bulge or bulges extend in a longitudinal direction of the light decoration strip , and a clearance between the upper surface of the bulge or bulges and a lower surface of the light decoration strip is less than ±0.5 mm.
A digital slide scanning apparatus, comprising: a carousel configured to support a plurality of slide racks ; a mount bracket positioned over the carousel; a plurality of transmitter and receiver pairs, wherein for each pair, one of the transmitter or receiver is connected to the mount bracket and the other of the transmitter or receiver is connected to the carousel, wherein the transmitter and receiver are communicatively coupled via a direct wireless link and wherein the transmitter and receiver pair are configured to detect the presence of an object by interruption of the direct wireless link ; at least one processor configured to rotate the carousel 360 degrees, the at least one processor further configured to receive an indication from a first transmitter and receiver pair when the presence of an object is detected, and wherein the at least one processor is further configured to disable rotation of the carousel in response to the indication. a carousel configured to support a plurality of slide racks ; a mount bracket positioned over the carousel; a plurality of transmitter and receiver pairs, wherein for each pair, one of the transmitter or receiver is connected to the mount bracket and the other of the transmitter or receiver is connected to the carousel, wherein the transmitter and receiver are communicatively coupled via a direct wireless link and wherein the transmitter and receiver pair are configured to detect the presence of an object by interruption of the direct wireless link ; at least one processor configured to rotate the carousel 360 degrees, the at least one processor further configured to receive an indication from a first transmitter and receiver pair when the presence of an object is detected, and wherein the at least one processor is further configured to disable rotation of the carousel in response to the indication.
A fluid ejection apparatus comprising: a fluid ejector comprising: a pumping chamber , an ejection nozzle coupled to the pumping chamber , and an actuator configured to cause fluid to be ejected from the pumping chamber through the ejection nozzle ; a first compliant assembly formed in a surface of an inlet feed channel , the inlet feed channel fluidically connected to a fluid inlet of the pumping chamber ; and a second compliant assembly formed in a surface of an outlet feed channel , the outlet feed channel fluidically connected to a fluid outlet of the pumping chamber , wherein a compliance of the first compliant assembly is different from a compliance of the second compliant assembly , and wherein a compliance of the ejection nozzle is greater than the compliance of the first compliant assembly and the compliance of the second compliant assembly. a fluid ejector comprising: a pumping chamber , an ejection nozzle coupled to the pumping chamber , and an actuator configured to cause fluid to be ejected from the pumping chamber through the ejection nozzle ; a pumping chamber , an ejection nozzle coupled to the pumping chamber , and an actuator configured to cause fluid to be ejected from the pumping chamber through the ejection nozzle ; a first compliant assembly formed in a surface of an inlet feed channel , the inlet feed channel fluidically connected to a fluid inlet of the pumping chamber ; and a second compliant assembly formed in a surface of an outlet feed channel , the outlet feed channel fluidically connected to a fluid outlet of the pumping chamber , wherein a compliance of the first compliant assembly is different from a compliance of the second compliant assembly , and wherein a compliance of the ejection nozzle is greater than the compliance of the first compliant assembly and the compliance of the second compliant assembly.
An apparatus for selecting a platform device in a network comprising platform devices with different kinds of acceleration facilities, comprising profile monitoring means adapted to monitor (S10) if a received user request of a terminal comprises an indication of a device profile of the terminal; selecting means adapted to select (5, S20) the platform device for further processing of the user request based on the device profile and a hardware and/or software acceleration facility of the platform device.
Mixture M containing compound A which contains at least one hydrogen atom bound directly to Si, compound B which contains at least one carbon-carbon multiple bond, compound C which contains at least one cationic Si(II) group and compound D which contains at least one alkoxy group bound directly to silicon, wherein the molar ratio of the compounds A and B based on the Si-H groups present and the unsaturated carbon groups is at least 1:100 and not more than 100:1, further wherein the molar ratio between the compound C and the Si-H groups present in the compound A is at least 1:10 7 and not more than 1:1 and further wherein the molar ratio of the compounds C and D based on the cationic Si(II) groups present in the compound C to the alkoxy groups bound directly to silicon in the compound D is at least 1:1 and not more than 1:200. compound A which contains at least one hydrogen atom bound directly to Si, compound B which contains at least one carbon-carbon multiple bond, compound C which contains at least one cationic Si(II) group and compound D which contains at least one alkoxy group bound directly to silicon, wherein the molar ratio of the compounds A and B based on the Si-H groups present and the unsaturated carbon groups is at least 1:100 and not more than 100:1, further wherein the molar ratio between the compound C and the Si-H groups present in the compound A is at least 1:10 7 and not more than 1:1 and further wherein the molar ratio of the compounds C and D based on the cationic Si(II) groups present in the compound C to the alkoxy groups bound directly to silicon in the compound D is at least 1:1 and not more than 1:200.
A method comprising: applying a program voltage (Vpgm) to a selected wordline of an array of non-volatile memory cells of a flash memory device; and applying an initial inhibit voltage to one or more wordlines adjacent to the selected wordline; ramping up the inhibit voltage starting prior to a program operation window during which the program voltage is applied to the selected wordline until at least an end of the program operation window, wherein ramping up the inhibit voltage comprises ramping up the inhibit voltage with a triangular slope. applying a program voltage (Vpgm) to a selected wordline of an array of non-volatile memory cells of a flash memory device; and applying an initial inhibit voltage to one or more wordlines adjacent to the selected wordline; ramping up the inhibit voltage starting prior to a program operation window during which the program voltage is applied to the selected wordline until at least an end of the program operation window, wherein ramping up the inhibit voltage comprises ramping up the inhibit voltage with a triangular slope.
A sample preparation cartridge for use with a sample preparation device, the cartridge comprising: a housing defining plural separate segments arranged around a central axis of the housing , said segments containing analytes and/or beads or capture filters in use; and a moveable head arranged to rotate around said central axis and lower towards, or raise from, a desired segment when it has been rotated to be positioned above the desired segment in use; wherein the moveable head comprises a pipette tip and the pipette tip comprises a reservoir section capable of supporting fluids, and a nozzle section capable of dispensing and aspirating fluids from the segments ; wherein the pipette tip is configured to pneumatically connect to a programmable control system for providing positive and negative airflow and the pipette tip is arranged to transfer, in use, analytes and/or beads or capture filters from one segment to another in order to prepare a sample for analysis; the sample preparation cartridge further comprising: a shaft attached to the head and positioned at the central axis, the shaft being arranged to engage, in use, with a drive member in an analytical reader of the sample preparation device when the sample preparation cartridge is inserted therein so that the drive member can move the shaft and the head , the shaft comprising a passageway for allowing fluid communication between the pipette tip and the analytical reader . a housing defining plural separate segments arranged around a central axis of the housing , said segments containing analytes and/or beads or capture filters in use; and a moveable head arranged to rotate around said central axis and lower towards, or raise from, a desired segment when it has been rotated to be positioned above the desired segment in use; wherein the moveable head comprises a pipette tip and the pipette tip comprises a reservoir section capable of supporting fluids, and a nozzle section capable of dispensing and aspirating fluids from the segments ; wherein the pipette tip is configured to pneumatically connect to a programmable control system for providing positive and negative airflow and the pipette tip is arranged to transfer, in use, analytes and/or beads or capture filters from one segment to another in order to prepare a sample for analysis; the sample preparation cartridge further comprising: a shaft attached to the head and positioned at the central axis, the shaft being arranged to engage, in use, with a drive member in an analytical reader of the sample preparation device when the sample preparation cartridge is inserted therein so that the drive member can move the shaft and the head , the shaft comprising a passageway for allowing fluid communication between the pipette tip and the analytical reader .
A heat exchanger for condensation in clothes drying, the heat exchanger being an external air-cooled type heat exchanger comprising two groups of air channels with different directions and not communicating with each other, said groups of air channels defining a condensing air channel and an external air channel , respectively, wherein each group of air channels is composed of a plurality of air chambers , the air chambers of the two groups of air channels being arranged alternately in turn and the space between each two neighboring air chambers of the same group of air channels is an air chamber of the other group of air channels, wherein one end of the condensing air channel is a hot and humid air inlet and the other end is a hot and humid air outlet for condensed air, wherein a condensate fan is set at one end of the external air channel and the other end of the external air channel is communicated to the outside, and wherein a mechanism for flushing lint is provided, characterized in that the mechanism for flushing lint is arranged at one end of the hot and humid air inlet of the condensing air channel of the heat exchanger and comprises: a flushing valve connection communicating with the outside, a flushing passageway communicating with the flushing valve connection and being set annularly along the hot and humid air inlet , and a flushing mouth set along the inside edge of the flushing passageway for flushing water towards the air chambers of the condensing air channel . a flushing valve connection communicating with the outside, a flushing passageway communicating with the flushing valve connection and being set annularly along the hot and humid air inlet , and a flushing mouth set along the inside edge of the flushing passageway for flushing water towards the air chambers of the condensing air channel .
Duplex cord for use as strength member in a belt bandage of a pneumatic vehicle tire, consisting of exactly two yarns that are twisted together at the ends, wherein the first yarn has a Z value of 600 mN/tex or more, and wherein the second yarn has a Z value of 75 mN/tex or less and a Y value of 150 mN/tex or less, where Z is the force normalized to the linear yarn density at which an elongation of 1% is obtained in the force-elongation diagram, where Y is the force normalized to the linear yarn density at which an elongation of 4% is obtained in the force-elongation diagram, where the quotient X of the linear density of the first yarn divided by the linear density of the second yarn is in the range from 1.0 to 1.3, and where the force-elongation diagram is recorded with a tensile testing machine from Zwick in accordance with the standard ASTM D885/D885M of 2014. wherein the first yarn has a Z value of 600 mN/tex or more, and wherein the second yarn has a Z value of 75 mN/tex or less and a Y value of 150 mN/tex or less, where Z is the force normalized to the linear yarn density at which an elongation of 1% is obtained in the force-elongation diagram, where Y is the force normalized to the linear yarn density at which an elongation of 4% is obtained in the force-elongation diagram, where the quotient X of the linear density of the first yarn divided by the linear density of the second yarn is in the range from 1.0 to 1.3, and where the force-elongation diagram is recorded with a tensile testing machine from Zwick in accordance with the standard ASTM D885/D885M of 2014.
An optical system for a stereo video endoscope , comprising a first lens system channel and a second lens system channel for a stereoscopic representation of a region lying outside of the stereo video endoscope , wherein the lens system channels are arranged in parallel to one another and each comprise one or more optical elements in a respective identical optical configuration, which are each arranged next to one another in the same position along a first optical axis of the first lens system channel or a second optical axis of the second lens system channel, wherein the first lens system channel comprises at least one first optical element and the second lens system channel comprises at least one second optical element neighbouring the first optical element , wherein a first optical axis of the first optical element coincides with the first optical axis of the first lens system channel and a second optical axis of the second optical element coincides with the second optical axis of the second lens system channel , wherein the cross-sectional area of the first optical element is inscribed in a first circumferential circle and the cross-sectional area of the second optical element is inscribed in a second circumferential circle , the centres of which each coincide with the first optical axis of the first optical element and, respectively, the second optical axis of the second optical element , and which determine a maximum radius of the first optical element and, respectively, the second optical element , wherein the first circumferential circle and the second circumferential circle overlap one another, wherein circumferential shapes of the first optical element and the second optical element deviate from the first and second circumferential circles circumscribing them in such a way that the first optical element and the second optical element do not touch, characterised in that the first lens system channel comprises a first image sensor and a first deflection element , and the second lens system channel comprises a second image sensor and a second deflection element , wherein the first image sensor is arranged above and the second image sensor is arranged below a sectional plane spanned by the first optical axis of the first optical element and the second optical axis of the second optical element and both image sensors are aligned plane parallel to the sectional plane , wherein the first deflection element diverts light beams incident in the first lens system channel in the direction of the first image sensor and the second deflection element diverts light beams incident in the second lens system channel in the direction of the second image sensor .