mhurhangee/patent-ind-claim-en huggingface dataset:
A resistor with temperature coefficient of resistance, TCR, compensation, the resistor comprising: a resistive strip disposed between two conductive strips ; first and second main terminals and first and second voltage sense terminals formed in the conductive strips , a first slot located between the first main terminal and the first voltage sense terminal and a second slot located between the second main terminal and the second voltage sense terminal , - characterized by the first and second slots each having a depth that extends towards the resistive strip , the depth being configured to obtain a negative starting TCR value observed at the voltage sense terminals , and a fine TCR calibration slot formed between the first and second voltage sense terminals , wherein the fine TCR calibration slot has a depth configured to obtain a TCR value observed at the voltage sense terminals that approaches zero. a resistive strip disposed between two conductive strips ; first and second main terminals and first and second voltage sense terminals formed in the conductive strips , a first slot located between the first main terminal and the first voltage sense terminal and a second slot located between the second main terminal and the second voltage sense terminal , - characterized by the first and second slots each having a depth that extends towards the resistive strip , the depth being configured to obtain a negative starting TCR value observed at the voltage sense terminals , and a fine TCR calibration slot formed between the first and second voltage sense terminals , wherein the fine TCR calibration slot has a depth configured to obtain a TCR value observed at the voltage sense terminals that approaches zero.
A bed sheet comprising a circular knitted performance fabric having a plurality of spaced apart ventilation ports , the circular knitted performance fabric having a gauge, weight, air permeability and material content that are pre-selected to provide the circular knitted performance fabric with one or more selected physical features, wherein the bed sheet extends from a top end to an opposite bottom end and has opposite first and second side surfaces that each extend between the top and bottom ends, and wherein the circular knitted performance fabric comprises at least 7.7 of the ventilation ports per square centimetre (at least 50 per square inch). wherein the bed sheet extends from a top end to an opposite bottom end and has opposite first and second side surfaces that each extend between the top and bottom ends, and wherein the circular knitted performance fabric comprises at least 7.7 of the ventilation ports per square centimetre (at least 50 per square inch).
A bone fixation system , said bone fixation system comprising: a first fastener , said first fastener including a shaft and an enlarged head , the enlarged head extending from and angled relative to the shaft , the shaft including a first longitudinal axis , a portion of the shaft configured to anchor into bone, the enlarged head including a passageway having an interior surface , the passageway defining a second longitudinal axis that is angled with respect to the first longitudinal axis of the shaft , the passageway including a first end and a second end , the interior surface including a seat ; a second fastener , said second fastener including a shaft extending along a third longitudinal axis and a head , a portion of the shaft of said second fastener configured to anchor into bone, the head of the shaft configured to engage the seat of said first fastener , the engagement of the seat and the head of the shaft allowing for a plurality of angular relationships between the second longitudinal axis of the passageway relative to the third longitudinal axis of said second fastener ; a set screw , at least a portion of said set screw configured to secure within the passageway of said first fastener , said set screw including a bottom surface , wherein the bottom surface of said set screw directly contacts and retains the head of said second fastener against the seat ; and an angle guide , said angle guide including an angle guide head configured to engage a portion of the seat of the interior surface of the passageway of the head of the first fastener . a first fastener , said first fastener including a shaft and an enlarged head , the enlarged head extending from and angled relative to the shaft , the shaft including a first longitudinal axis , a portion of the shaft configured to anchor into bone, the enlarged head including a passageway having an interior surface , the passageway defining a second longitudinal axis that is angled with respect to the first longitudinal axis of the shaft , the passageway including a first end and a second end , the interior surface including a seat ; a second fastener , said second fastener including a shaft extending along a third longitudinal axis and a head , a portion of the shaft of said second fastener configured to anchor into bone, the head of the shaft configured to engage the seat of said first fastener , the engagement of the seat and the head of the shaft allowing for a plurality of angular relationships between the second longitudinal axis of the passageway relative to the third longitudinal axis of said second fastener ; a set screw , at least a portion of said set screw configured to secure within the passageway of said first fastener , said set screw including a bottom surface , wherein the bottom surface of said set screw directly contacts and retains the head of said second fastener against the seat ; and an angle guide , said angle guide including an angle guide head configured to engage a portion of the seat of the interior surface of the passageway of the head of the first fastener .
Device for purifying at least one fluid, comprising a first ion exchange column , an inlet line and an outlet line , wherein - the inlet line and the outlet line are associated with a cover part , - the inlet line is connected to a first supply line into a first free space between a bottom part and at least one nozzle insert , which is formed as a first bottom nozzle insert , - the first bottom nozzle insert has a number of openings for the passage of the fluid, - the openings are distributed over at least a partial surface of the bottom nozzle insert , by means of which the fluid can be introduced into a first volume of the ion exchange column which can be filled with an ion exchange resin, - the first bottom nozzle insert comprises at least two segment parts that are attached to each other, - at least one segment part has at least one edge and/or at least one projection to enable a stable arrangement of the segment parts by positive locking, and/or - the first bottom nozzle insert comprises at least one connecting piece and at least two segment parts are attached to each other by means of the connecting piece . - the inlet line and the outlet line are associated with a cover part , - the inlet line is connected to a first supply line into a first free space between a bottom part and at least one nozzle insert , which is formed as a first bottom nozzle insert , - the first bottom nozzle insert has a number of openings for the passage of the fluid, - the openings are distributed over at least a partial surface of the bottom nozzle insert , by means of which the fluid can be introduced into a first volume of the ion exchange column which can be filled with an ion exchange resin, - the first bottom nozzle insert comprises at least two segment parts that are attached to each other, - at least one segment part has at least one edge and/or at least one projection to enable a stable arrangement of the segment parts by positive locking, and/or - the first bottom nozzle insert comprises at least one connecting piece and at least two segment parts are attached to each other by means of the connecting piece .
Range with a baking oven unit and with a hob unit , which is arranged on the baking oven unit , wherein: - the baking oven unit has defined support points , - the hob unit rests on the baking oven unit on the defined support points and is removable from the baking oven unit , - the hob unit has a peripheral hob edge , - the baking oven unit has an upper baking oven region, - the upper baking oven region has a central area, - the baking oven unit has a circumferential baking oven edge in the upper baking oven region, a weight sensor is provided at at least one support point for measuring the weight load of the hob unit resting on the baking oven unit , characterized in that : - the baking oven unit has in the upper baking oven region between the hob edge and the central area a continuous circumferential elevation towards the top, - the support points are provided in an edge region of the baking oven unit between the elevation and the hob edge with supports , on which the weight sensors are arranged at the top, - or the support points are provided within the continuous circumferential elevation in the direction towards the central area and not in the edge region of the baking oven unit . - the baking oven unit has defined support points , - the hob unit rests on the baking oven unit on the defined support points and is removable from the baking oven unit , - the hob unit has a peripheral hob edge , - the baking oven unit has an upper baking oven region, - the upper baking oven region has a central area, - the baking oven unit has a circumferential baking oven edge in the upper baking oven region, a weight sensor is provided at at least one support point for measuring the weight load of the hob unit resting on the baking oven unit , - the baking oven unit has in the upper baking oven region between the hob edge and the central area a continuous circumferential elevation towards the top, - the support points are provided in an edge region of the baking oven unit between the elevation and the hob edge with supports , on which the weight sensors are arranged at the top, - or the support points are provided within the continuous circumferential elevation in the direction towards the central area and not in the edge region of the baking oven unit .
A CMOS image sensor for a camera assembly comprising: a sensor die having opposite faces , an upper face and a lower face ; the sensor die having components on the upper face comprising: a sensor array having a first set and a second set of opposing sides; the first set being a top edge and a bottom edge , the second set being a first edge and a second edge extending from the top edge to the bottom edge of the first set , the sensor array being substantially centered on the sensor die ; an analog-to-digital conversion module ; the analog-to-digital conversion module being disposed in two submodules , the two submodules being disposed adjacent to the sensor array , the two submodules being positioned apart from each other, and the two submodules being respectively positioned on the second set of opposing sides of the sensor array ; a digital logic circuit forming a first row; a timing and clock control circuit ; an analog signal processing circuit ; the timing and clock control circuit and the analog signal processing circuit being adjacent and forming a second row; and the first row and the second row having similar dimensions and being disposed on opposite sides of the second set of opposing sides. a sensor array having a first set and a second set of opposing sides; the first set being a top edge and a bottom edge , the second set being a first edge and a second edge extending from the top edge to the bottom edge of the first set , the sensor array being substantially centered on the sensor die ; an analog-to-digital conversion module ; the analog-to-digital conversion module being disposed in two submodules , the two submodules being disposed adjacent to the sensor array , the two submodules being positioned apart from each other, and the two submodules being respectively positioned on the second set of opposing sides of the sensor array ; a digital logic circuit forming a first row; a timing and clock control circuit ; an analog signal processing circuit ; the timing and clock control circuit and the analog signal processing circuit being adjacent and forming a second row; and the first row and the second row having similar dimensions and being disposed on opposite sides of the second set of opposing sides.
A computer-implemented method, comprising: (a) obtaining a first set of data comprising detected network traffic in one or more network components within an energy delivery network and a second set of data comprising at least one of customer data, operations data, or economic data relating to the energy delivery network; (b) generating , using the first set of data, a first metric indicative of a likelihood that a selected network component within the energy delivery network is affected by one or more cyber vulnerabilities, wherein generating the first metric comprises utilizing an advanced behavioral indicator associated with the detected network traffic, wherein the advanced behavioral indicator is based on analysis of at least one of a multiple-step series of activities associated with the detected network traffic or a combination of multiple indicators associated with the detected network traffic; (c) generating , using the second set of data, a second metric indicative of a calculated impact to the energy delivery network or a portion thereof due to the one or more cyber vulnerabilities affecting the selected network component; and (d) providing the first metric and the second metric as inputs to a machine learning algorithm configured to generate an overall cybersecurity risk level associated with the selected network component. (a) obtaining a first set of data comprising detected network traffic in one or more network components within an energy delivery network and a second set of data comprising at least one of customer data, operations data, or economic data relating to the energy delivery network; (b) generating , using the first set of data, a first metric indicative of a likelihood that a selected network component within the energy delivery network is affected by one or more cyber vulnerabilities, wherein generating the first metric comprises utilizing an advanced behavioral indicator associated with the detected network traffic, wherein the advanced behavioral indicator is based on analysis of at least one of a multiple-step series of activities associated with the detected network traffic or a combination of multiple indicators associated with the detected network traffic; (c) generating , using the second set of data, a second metric indicative of a calculated impact to the energy delivery network or a portion thereof due to the one or more cyber vulnerabilities affecting the selected network component; and (d) providing the first metric and the second metric as inputs to a machine learning algorithm configured to generate an overall cybersecurity risk level associated with the selected network component.
An antenna apparatus (10; 20; 30; 40; 40'; 40") comprising: a substrate comprising a first main side and a second main side arranged opposite thereto; a first, a second and a third fixing region (16a-c) arranged at the first main side ; a first ribbon connecting the first fixing region and the second fixing region , which is at least regionally spaced apart from the substrate ; and a second ribbon connecting the second fixing region and the third fixing region , which is at least regionally spaced apart from the substrate ; characterized in that the antenna apparatus further comprises a housing , in which the antenna apparatus is arranged and which comprises a terminal for connecting the antenna apparatus to a radio-frequency chip . a substrate comprising a first main side and a second main side arranged opposite thereto; a first, a second and a third fixing region (16a-c) arranged at the first main side ; a first ribbon connecting the first fixing region and the second fixing region , which is at least regionally spaced apart from the substrate ; and a second ribbon connecting the second fixing region and the third fixing region , which is at least regionally spaced apart from the substrate ; characterized in that the antenna apparatus further comprises a housing , in which the antenna apparatus is arranged and which comprises a terminal for connecting the antenna apparatus to a radio-frequency chip .
An electrically heatable insulating glass pane for windows or glass doors, having a glass pane coated with an electrically conducting layer and spacers, wherein the spacers are configured to be electrically conducting and an electrically conducting contact material is arranged on them and the spacers or components of them act as contact strips for electrically contacting the electrically conducting layer , characterised in that the electrically conducting spacers are combined with electrically non-conducting spacers via corner connectors to form a spacer frame.
Refrigerator and/or freezer device having a cooled inner space and having at least one dispensing unit for liquid and/or solid substances, such as ice or water, wherein at least one actuation element is provided, which is designed such that on its actuation the dispensing unit is moved from a lowered position into a moved-out position, characterised in that the dispensing unit is arranged in the cooled inner space.
A liquid ejecting device , comprising: a transporting belt configured to transport a medium (P) in a transport direction; a head configured to move between a first end portion and a second end portion of the transporting belt in a width direction that intersects the transport direction, and eject a liquid onto the medium; a first gripping portion configured to grip the first end portion of the transporting belt, and move in the transport direction; and a second gripping portion configured to grip the second end portion of the transporting belt, and move in the transport direction, characterized in that , when the head is positioned outside the transporting belt with respect to the second end portion in the width direction, the first gripping portion performs a first operation of gripping the transporting belt and moving to a predetermined position, and releasing the gripped transporting belt, and, when the head is positioned outside the transporting belt with respect to the first end portion in the width direction, the second gripping portion performs a second operation of gripping the transporting belt and moving to a predetermined position, and releasing the gripped transporting belt. a transporting belt configured to transport a medium (P) in a transport direction; a head configured to move between a first end portion and a second end portion of the transporting belt in a width direction that intersects the transport direction, and eject a liquid onto the medium; a first gripping portion configured to grip the first end portion of the transporting belt, and move in the transport direction; and a second gripping portion configured to grip the second end portion of the transporting belt, and move in the transport direction, characterized in that , when the head is positioned outside the transporting belt with respect to the second end portion in the width direction, the first gripping portion performs a first operation of gripping the transporting belt and moving to a predetermined position, and releasing the gripped transporting belt, and, when the head is positioned outside the transporting belt with respect to the first end portion in the width direction, the second gripping portion performs a second operation of gripping the transporting belt and moving to a predetermined position, and releasing the gripped transporting belt.
A light detection and ranging (LIDAR) system (300a; 300b) comprising a transmitter, a receiver, an optical mixer (284; 360), an optical detector and a processor , wherein: the transmitter is configured to transmit a phase-encoded optical signal that is generated by modulating a laser signal from a laser (212; 310) based on a code , wherein the phase-encoded optical signal includes phase changes to produce the code; the receiver is configured to receive a returned optical signal in response to transmitting the phase-encoded optical signal, the optical mixer is configured to mix the returned optical signal with a reference optical signal based on the laser signal, the optical detector is configured to detect the mixed optical signals to produce an electrical signal, wherein the processor is configured to: determine a cross spectrum between an in-phase component of the electrical signal and a quadrature component of the electrical signal; determine a Doppler frequency shift of the returned optical signal based on the cross spectrum; and operate a device based on the Doppler frequency shift. the transmitter is configured to transmit a phase-encoded optical signal that is generated by modulating a laser signal from a laser (212; 310) based on a code , wherein the phase-encoded optical signal includes phase changes to produce the code; the receiver is configured to receive a returned optical signal in response to transmitting the phase-encoded optical signal, the optical mixer is configured to mix the returned optical signal with a reference optical signal based on the laser signal, the optical detector is configured to detect the mixed optical signals to produce an electrical signal, wherein the processor is configured to: determine a cross spectrum between an in-phase component of the electrical signal and a quadrature component of the electrical signal; determine a Doppler frequency shift of the returned optical signal based on the cross spectrum; and operate a device based on the Doppler frequency shift. determine a cross spectrum between an in-phase component of the electrical signal and a quadrature component of the electrical signal; determine a Doppler frequency shift of the returned optical signal based on the cross spectrum; and operate a device based on the Doppler frequency shift.