mhurhangee/ep-ind-claims huggingface dataset:
A CMOS image sensor (100, 100', 100") comprising: a first semiconductor chip (101, 101', 101") comprising an array of image sensor pixels (102, 102', 102") and readout circuitry (103, 103', 103") electrically connected thereto; and a second semiconductor chip (104, 104', 104") coupled to the first semiconductor chip in a stack and comprising image processing circuitry electrically connected to the readout circuitry; characterised in that the readout circuitry comprises a plurality of transistors each comprising spaced apart source and drain regions (22, 23), a superlattice channel extending between the source and drain regions, the superlattice channel comprising a plurality of stacked groups of layers (45a-45n), each group of layers comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions, and a gate comprising a gate insulating layer on the superlattice channel and a gate electrode on the gate insulating layer. a first semiconductor chip (101, 101', 101") comprising an array of image sensor pixels (102, 102', 102") and readout circuitry (103, 103', 103") electrically connected thereto; and a second semiconductor chip (104, 104', 104") coupled to the first semiconductor chip in a stack and comprising image processing circuitry electrically connected to the readout circuitry; characterised in that the readout circuitry comprises a plurality of transistors each comprising spaced apart source and drain regions (22, 23), a superlattice channel extending between the source and drain regions, the superlattice channel comprising a plurality of stacked groups of layers (45a-45n), each group of layers comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions, and a gate comprising a gate insulating layer on the superlattice channel and a gate electrode on the gate insulating layer. spaced apart source and drain regions (22, 23), a superlattice channel extending between the source and drain regions, the superlattice channel comprising a plurality of stacked groups of layers (45a-45n), each group of layers comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions, and a gate comprising a gate insulating layer on the superlattice channel and a gate electrode on the gate insulating layer.
Method for producing a high temperature protective coating for metal components, in particular thermally stressed components of turbomachines, in which method a dross is produced from a MCrAlY powder, in which M is at least one metal, and from a Cr powder, wherein the dross is applied to the component to be coated and the component provided with the dross is aluminized.
A multi-storey warehouse comprising a warehouse building, a plurality of floor levels within the warehouse building, wherein at least one pallet pick/place location is provided at each floor level, an inclined ramp arrangement connecting the floor levels with a ground level, the ramp arrangement being adapted for a pallet transportation vehicle to travel on for transporting pallets between the floor levels and the ground level, at least one automated storage and retrieval system being provided within the warehouse building, the automated storage and retrieval system comprising two adjacent rows of multi-storey pallet racks which are separated by an aisle, the pallet racks and the aisle essentially being arranged along a straight line, wherein a first end of the automated storage and retrieval system is provided adjacent to one side of each floor level within the warehouse building, and at least one pallet handling device, the pallet handling device being located in an area of the aisle, the pallet handling device comprising a floor rail supporting a lower cart and a top rail above the multi-storey pallet racks supporting an upper cart, at least one vertical beam extending between the upper cart and the lower cart, and a pallet load pick/place unit, wherein the pallet handling device is adapted for transporting pallets between the pallet pick/place location of each floor level and a plurality of storage locations which are provided in the multi-storey pallet racks. a warehouse building, a plurality of floor levels within the warehouse building, wherein at least one pallet pick/place location is provided at each floor level, an inclined ramp arrangement connecting the floor levels with a ground level, the ramp arrangement being adapted for a pallet transportation vehicle to travel on for transporting pallets between the floor levels and the ground level, at least one automated storage and retrieval system being provided within the warehouse building, the automated storage and retrieval system comprising two adjacent rows of multi-storey pallet racks which are separated by an aisle, the pallet racks and the aisle essentially being arranged along a straight line, wherein a first end of the automated storage and retrieval system is provided adjacent to one side of each floor level within the warehouse building, and at least one pallet handling device, the pallet handling device being located in an area of the aisle, the pallet handling device comprising a floor rail supporting a lower cart and a top rail above the multi-storey pallet racks supporting an upper cart, at least one vertical beam extending between the upper cart and the lower cart, and a pallet load pick/place unit, wherein the pallet handling device is adapted for transporting pallets between the pallet pick/place location of each floor level and a plurality of storage locations which are provided in the multi-storey pallet racks.
A passive fill-level control system, having • a container receiving a medium, wherein the medium in the container has a liquid phase and a steam phase during operation, • a feed line for the medium connected to the container, into which feed line a control valve controlling the inflow of the medium and/or a feed pump is connected, • a standpipe which is connected as a communicating pipe to the container and through which the medium can flow, and • a passive actuator for the pilot valve coupled thermally to the standpipe, which pilot valve actuates the control valve and/or the feed pump, wherein the pilot valve is an electrically actuated valve, and that the actuator comprises at least a first thermoelectric generator, which feeds the pilot valve with an operating voltage dependent on the fill level of the liquid phase in the container, characterized in that the container is a steam generator or a reactor pressure container of a nuclear reactor. • a container receiving a medium, wherein the medium in the container has a liquid phase and a steam phase during operation, • a feed line for the medium connected to the container, into which feed line a control valve controlling the inflow of the medium and/or a feed pump is connected, • a standpipe which is connected as a communicating pipe to the container and through which the medium can flow, and • a passive actuator for the pilot valve coupled thermally to the standpipe, which pilot valve actuates the control valve and/or the feed pump,
Waterpipe having a housing, into which a container to be filled with a liquid medium and provided with at least one suction connection, and a heating chamber, which is connected thereto, is intended to receive a smoke medium and is provided with an air inlet, is integrated, characterized in that the heating chamber has a receptacle adapted for a capsule intended to store a smoke medium, wherein the receptacle has a side wall laterally surrounding the capsule and a taper, the receptacle is at the same time designed as a heating element for the capsule, wherein heating occurs on the side wall of the receptacle; and the receptacle has an opening on its side facing the container and the air inlet is provided on a side of the receptacle opposite the opening. the receptacle has a side wall laterally surrounding the capsule and a taper, the receptacle is at the same time designed as a heating element for the capsule, wherein heating occurs on the side wall of the receptacle; and the receptacle has an opening on its side facing the container and the air inlet is provided on a side of the receptacle opposite the opening.
Method for feeding laundry items to a laundry treatment installation, in particular a mangle, wherein a respective laundry item by way of a peripheral portion that lies between two neighbouring corners of a transverse periphery is deposited on at least one loading station, is transported beyond an end of the loading station until two neighbouring corner regions of an opposite, rear trailing transverse edge of the laundry item are configured at the end of the loading station and said corner regions of the laundry item are gripped by corner locators of the respective loading station, characterized in that the transporting speed of the laundry item in the respective loading station is reduced prior to the corner regions of the laundry item being gripped as soon as at least one detection means has detected the rear trailing transverse periphery of the laundry item running past and thus the respective corner region of the laundry item can be detected by the corner locators at the slower transporting speed of said laundry item.
Oral composition comprising: - an extract of rye pollen ( Secale cereale L.); - an extract of maize pollen ( Zea mays L.); - an extract of pine pollen (Pinus sylvestris L.); - an extract of orchard grass pollen (Dactylis glomerata L.); and - an extract of maize pistil ( Zea mays L.), characterised in that said extracts comprise a protein or peptide derived from said protein which is beta-1,3-glucanase, said composition being preferably in the form of a tablet, capsule, soft gel, semi-solid, solid, liquid or powder. - an extract of rye pollen ( Secale cereale L.); - an extract of maize pollen ( Zea mays L.); - an extract of pine pollen (Pinus sylvestris L.); - an extract of orchard grass pollen (Dactylis glomerata L.); and - an extract of maize pistil ( Zea mays L.),
A method for inspecting a container, comprising steps of: performing transmission scanning on the inspected container using a scanning device including a sparse area array detector to obtain scan data, wherein the sparse area array detector is formed in a sparse array distribution form by arranging various detection units of a linear array detector to be distributed randomly in a direction perpendicular to a central line, which is a line in a direction of extension of the linear array detector, and wherein the inspected container moves relative to the scanning device; performing digital focusing at a specific depth position in a depth direction by correcting scanning information of the detection units relative to a lag distance (ΔD) of each detection unit to the central line; filtering out defocused pixel values to obtain a slice image at the specific depth position; and judging whether dangerous articles or suspicious articles are included in the slice image. performing transmission scanning on the inspected container using a scanning device including a sparse area array detector to obtain scan data, wherein the sparse area array detector is formed in a sparse array distribution form by arranging various detection units of a linear array detector to be distributed randomly in a direction perpendicular to a central line, which is a line in a direction of extension of the linear array detector, and wherein the inspected container moves relative to the scanning device; performing digital focusing at a specific depth position in a depth direction by correcting scanning information of the detection units relative to a lag distance (ΔD) of each detection unit to the central line; filtering out defocused pixel values to obtain a slice image at the specific depth position; and judging whether dangerous articles or suspicious articles are included in the slice image.
A heater for a car interior compartment, comprising: a framework including a first base and a second base arranged in interval with the first base; and a heating module provided between the first base and the second base, the heating module including: a PTC heating component including at least one PTC heating plate and a fixation stand, the fixation stand is provided with at least one fixation trough for fixing the PTC heating plate, a pair of electrode plates connected to both sides of the fixation stand and stuck to both sides of the PTC heating plate by a thermal conduction glue, a pair of thermal diffusion body, each thermal diffusion body is connected to an electrode plate in an insulation way by an insulation thermal conduction glue, wherein the first base is provided with a first inserting hole for inserting one end of the fixation stand, the second base is provided with a second inserting hole for inserting the other end of the fixation stand, wherein one end of the fixation stand near the second base is provided with a spring plate, the spring plate is against the bottom surface of the second inserting hole. a framework including a first base and a second base arranged in interval with the first base; and a heating module provided between the first base and the second base, the heating module including: a PTC heating component including at least one PTC heating plate and a fixation stand, the fixation stand is provided with at least one fixation trough for fixing the PTC heating plate, a pair of electrode plates connected to both sides of the fixation stand and stuck to both sides of the PTC heating plate by a thermal conduction glue, a pair of thermal diffusion body, each thermal diffusion body is connected to an electrode plate in an insulation way by an insulation thermal conduction glue, wherein the first base is provided with a first inserting hole for inserting one end of the fixation stand, the second base is provided with a second inserting hole for inserting the other end of the fixation stand, wherein one end of the fixation stand near the second base is provided with a spring plate, the spring plate is against the bottom surface of the second inserting hole. a PTC heating component including at least one PTC heating plate and a fixation stand, the fixation stand is provided with at least one fixation trough for fixing the PTC heating plate, a pair of electrode plates connected to both sides of the fixation stand and stuck to both sides of the PTC heating plate by a thermal conduction glue, a pair of thermal diffusion body, each thermal diffusion body is connected to an electrode plate in an insulation way by an insulation thermal conduction glue, wherein the first base is provided with a first inserting hole for inserting one end of the fixation stand, the second base is provided with a second inserting hole for inserting the other end of the fixation stand, wherein one end of the fixation stand near the second base is provided with a spring plate, the spring plate is against the bottom surface of the second inserting hole.
A component for a vehicle interior comprising: (a) a base comprising a bin; (b) a cover configured to cover the bin and move in an opening direction to uncover the bin; (c) a user interface for the cover; and (d) a mechanism comprising a pin configured to retain the cover to the base; wherein the pin is configured to rotate in response to translation at the user interface to release the cover from the base; wherein the base comprises at least one side rail comprising a gap; wherein the pin is configured to engage the gap to lock the cover to the base. (a) a base comprising a bin; (b) a cover configured to cover the bin and move in an opening direction to uncover the bin; (c) a user interface for the cover; and (d) a mechanism comprising a pin configured to retain the cover to the base; wherein the pin is configured to rotate in response to translation at the user interface to release the cover from the base;
Method for determining a distance B or a distance D actually covered by a raisable axle (12, 14) in a vehicle, in particular in a trailer vehicle, having a vehicle odometer as a device for recording a distance A covered by the vehicle, characterized by the following steps: a) the raisable axle (12, 14) is monitored for its status, namely whether the axle (12, 14) is "raised" or "lowered", b) occasionally counting along with the vehicle odometer, ba) as long as the raisable axle (12, 14) is "lowered", in order to determine the distance B actually covered by the raisable axle (12, 14), or bb) as long as the raisable axle (12, 14) is "raised", in order to determine a distance C, the distance C being subtracted from the distance A covered by the vehicle in order to determine the distance D actually covered by the raisable axle (12, 14). a) the raisable axle (12, 14) is monitored for its status, namely whether the axle (12, 14) is "raised" or "lowered", b) occasionally counting along with the vehicle odometer, ba) as long as the raisable axle (12, 14) is "lowered", in order to determine the distance B actually covered by the raisable axle (12, 14), or bb) as long as the raisable axle (12, 14) is "raised", in order to determine a distance C, the distance C being subtracted from the distance A covered by the vehicle in order to determine the distance D actually covered by the raisable axle (12, 14). ba) as long as the raisable axle (12, 14) is "lowered", in order to determine the distance B actually covered by the raisable axle (12, 14), or bb) as long as the raisable axle (12, 14) is "raised", in order to determine a distance C, the distance C being subtracted from the distance A covered by the vehicle in order to determine the distance D actually covered by the raisable axle (12, 14).
A method for an overtaking assistance system for a vehicle equipped with environment sensing systems for detecting objects in its own lane and an adjacent lane behind, and if necessary in front of, the vehicle, characterized in that autonomous cutting into the passing lane is only initiated if a first vehicle is detected in the passing lane.
A method for establishing a connection between terminals (100, 300), comprising: transmitting, from a connection-requesting terminal to a group owner terminal, a connection request for Peer-To-Peer, P2P, communication with a connection-requested terminal including a device identifier of a connection-requested terminal; receiving, by the connection-requesting terminal, a connection response from the group owner terminal including information regarding whether the connection-requested terminal accepts the connection request for P2P communication; and performing, by the connection-requesting terminal with the group owner terminal, a provisioning process to connect the connection-requesting terminal to the group owner terminal using a credential checked for establishing the connection with the connection requested terminal based on the information regarding whether the connection request is accepted by the connection-requested terminal that is included in the connection response; wherein the connection request is relayed by the group owner terminal to the connection-requested terminal and the connection response is relayed from the group owner terminal to the connection-requesting terminal; wherein communication between the connection-requesting terminal, the group owner terminal and the connection requested terminal is made using WiFi; and wherein the connection response includes an information for performing the provisioning if the connection-requested terminal accepts the connection request. transmitting, from a connection-requesting terminal to a group owner terminal, a connection request for Peer-To-Peer, P2P, communication with a connection-requested terminal including a device identifier of a connection-requested terminal; receiving, by the connection-requesting terminal, a connection response from the group owner terminal including information regarding whether the connection-requested terminal accepts the connection request for P2P communication; and performing, by the connection-requesting terminal with the group owner terminal, a provisioning process to connect the connection-requesting terminal to the group owner terminal using a credential checked for establishing the connection with the connection requested terminal based on the information regarding whether the connection request is accepted by the connection-requested terminal that is included in the connection response; wherein the connection request is relayed by the group owner terminal to the connection-requested terminal and the connection response is relayed from the group owner terminal to the connection-requesting terminal; wherein communication between the connection-requesting terminal, the group owner terminal and the connection requested terminal is made using WiFi; and wherein the connection response includes an information for performing the provisioning if the connection-requested terminal accepts the connection request.
A refrigerator, comprising: a refrigerator main body; an evaporator present in the refrigerator main body; a fan and a defrosting heater which comprises: an evaporator defrosting unit disposed at one side of the evaporator and configured to heat the evaporator; and a fan defrosting unit disposed in the refrigerator main body and configured to heat the fan, wherein the evaporator defrosting unit and the fan defrosting unit are integrally formed, characterized in that the fan defrosting unit is installed at an intake side of the fan and formed in an arcuate shape such that at least part thereof is wound on a scroll formed at a circumference of an intake of the fan. a refrigerator main body; an evaporator present in the refrigerator main body; a fan and a defrosting heater which comprises: an evaporator defrosting unit disposed at one side of the evaporator and configured to heat the evaporator; and a fan defrosting unit disposed in the refrigerator main body and configured to heat the fan, an evaporator defrosting unit disposed at one side of the evaporator and configured to heat the evaporator; and a fan defrosting unit disposed in the refrigerator main body and configured to heat the fan, wherein the evaporator defrosting unit and the fan defrosting unit are integrally formed, characterized in that the fan defrosting unit is installed at an intake side of the fan and formed in an arcuate shape such that at least part thereof is wound on a scroll formed at a circumference of an intake of the fan.
A computer-implemented method for registering a first three-dimensional image to a second 3D image with error propagation, the method comprising: reducing a sum aggregate of discrepancies between respective tie points and associated 3D points in the first and the second 3D images (104, 106), wherein reducing the sum aggregate of discrepancies includes incorporating ground points associated with the tie points into a representation of the first and second 3D images; adjusting 3D error models of the first and second 3D images (104, 106) based on the reduced sum aggregate of discrepancies to generate registered 3D images; and propagating an error of the first or second 3D images to the registered 3D image to generate error of the registered 3D images. reducing a sum aggregate of discrepancies between respective tie points and associated 3D points in the first and the second 3D images (104, 106), wherein reducing the sum aggregate of discrepancies includes incorporating ground points associated with the tie points into a representation of the first and second 3D images; adjusting 3D error models of the first and second 3D images (104, 106) based on the reduced sum aggregate of discrepancies to generate registered 3D images; and propagating an error of the first or second 3D images to the registered 3D image to generate error of the registered 3D images.