mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a semiconductor die comprising the steps of: Providing a semiconductor substrate wafer; Processing the substrate to a point where shallow trench isolation can be formed; Depositing at least one underlayer (110; 120) having a predefined thickness on the substrate; Depositing a masking layer having a first thickness on top of the underlayer (110; 120); characterized by the steps Etching the masking layer to have at least one area having a second thickness which is greater than zero and smaller than said first thickness; Applying a photolithograthy process to create openings in a top photoresist layer where the trenches are to be formed, wherein at least one opening is within an area having the first thickness and at least a second opening is within the at least one area having a second thickness; and Etching the wafer to form silicon trenches wherein the depth of a trench depends on the thickness of the masking layer at the location (A, B, C) of the respective opening. Providing a semiconductor substrate wafer; Processing the substrate to a point where shallow trench isolation can be formed; Depositing at least one underlayer (110; 120) having a predefined thickness on the substrate; Depositing a masking layer having a first thickness on top of the underlayer (110; 120); characterized by the steps Etching the masking layer to have at least one area having a second thickness which is greater than zero and smaller than said first thickness; Applying a photolithograthy process to create openings in a top photoresist layer where the trenches are to be formed, wherein at least one opening is within an area having the first thickness and at least a second opening is within the at least one area having a second thickness; and Etching the wafer to form silicon trenches wherein the depth of a trench depends on the thickness of the masking layer at the location (A, B, C) of the respective opening.
A method for operating a showcase system, the showcase system includes a showcase including: a right frame provided at a right face of the showcase, a left frame provided at a left face of the showcase, an upper frame provided at an upper face of the showcase, a lower frame provided at a lower face of the showcase, and a rear frame provided at a rear face of the showcase; a plurality of showrooms in which products are exhibited; a transparent display panel provided at a front face of the showcase, a front frame surrounding the transparent display panel; a light source unit including a plurality of lamps (510a-510h) arranged in a region corresponding to an upper portion of the front frame of the showcase system, the plurality of lamps (510a-510h) being arranged obliquely in a direction from the upper portion of the front frame to the upper frame, a multi-stage display stand tilted from the rear frame to the lower frame, a plurality of shelves (572, 574, 576) coupled to the multi-stage display stand, the method comprising: receiving touch input to at least one of the plurality of showrooms in which products are exhibited; and displaying an image associated with a product corresponding to the showroom that has received the touch input. a right frame provided at a right face of the showcase, a left frame provided at a left face of the showcase, an upper frame provided at an upper face of the showcase, a lower frame provided at a lower face of the showcase, and a rear frame provided at a rear face of the showcase; a plurality of showrooms in which products are exhibited; a transparent display panel provided at a front face of the showcase, a front frame surrounding the transparent display panel; a light source unit including a plurality of lamps (510a-510h) arranged in a region corresponding to an upper portion of the front frame of the showcase system, the plurality of lamps (510a-510h) being arranged obliquely in a direction from the upper portion of the front frame to the upper frame, a multi-stage display stand tilted from the rear frame to the lower frame, a plurality of shelves (572, 574, 576) coupled to the multi-stage display stand, the method comprising: receiving touch input to at least one of the plurality of showrooms in which products are exhibited; and displaying an image associated with a product corresponding to the showroom that has received the touch input. receiving touch input to at least one of the plurality of showrooms in which products are exhibited; and displaying an image associated with a product corresponding to the showroom that has received the touch input.
A battery pack fixing apparatus for fixing a battery pack having a plurality of secondary batteries, the battery pack fixing apparatus comprising: a support unit configured to support a lower portion of the battery pack and having a support plate with a coupling structure to be coupled to the lower portion of the battery pack; and a wall fixing unit (220, 260) including a fixing plate located at the rear of the battery pack loaded on the support unit, formed with a plate shape erecting upward, having a lower portion coupled to the support unit and having a coupling structure to be coupled to a wall located at the rear; characterized in that the support unit further comprises a lower sidewall and a gas outlet, wherein the gas outlet opens to communicate with a gas venting structure formed at a lower surface of the battery pack; wherein the lower sidewall extends downward from an outer circumference of the support plate, a terminal portion of the lower sidewall in a direction along which the lower sidewall extends being formed to support the ground and a curved portion recessed upward from the terminal portion of the lower sidewall being formed at the lower sidewall. a support unit configured to support a lower portion of the battery pack and having a support plate with a coupling structure to be coupled to the lower portion of the battery pack; and a wall fixing unit (220, 260) including a fixing plate located at the rear of the battery pack loaded on the support unit, formed with a plate shape erecting upward, having a lower portion coupled to the support unit and having a coupling structure to be coupled to a wall located at the rear; characterized in that the support unit further comprises a lower sidewall and a gas outlet, wherein the gas outlet opens to communicate with a gas venting structure formed at a lower surface of the battery pack; wherein the lower sidewall extends downward from an outer circumference of the support plate, a terminal portion of the lower sidewall in a direction along which the lower sidewall extends being formed to support the ground and a curved portion recessed upward from the terminal portion of the lower sidewall being formed at the lower sidewall.
A network element comprising: a fabric card; and a line card (100, 200), coupled to the fabric card, the line card including, a plurality of mid-plane connectors (104, 204), wherein one of the plurality of mid-plane connectors is to couple the line card (100, 200) to the fabric card, a plurality of network connectors (106, 206) to communicate data with devices coupled to the network element, and a plurality of application specific integrated components, ASICs, (102, 202, 302, 404) to process the data, wherein each of the plurality of ASICs is coupled to each of the plurality of mid-plane connectors by a different mid-plane connector ASIC path and each of the plurality of ASICs is further coupled to each of the plurality of network connectors by a different network connector ASIC path, and each of the different mid-plane connector ASIC paths has a length that provides a signal loss between the corresponding ASIC and mid-plane connector that is below a first threshold and each of the different network connector ASIC paths has a length that provides a signal loss between the corresponding ASIC and network connector that is below a second threshold, wherein at least one of the plurality of ASICs includes a memory module with two channels coupling the memory module to an ASIC core of that ASIC and one of the two channels is laid out on the top of a line card printed circuit board, PCB, and the other of the two channels is laid out through the surface of the line card PCB to equalize lengths of the two channels between the memory module and the ASIC core. a fabric card; and a line card (100, 200), coupled to the fabric card, the line card including, a plurality of mid-plane connectors (104, 204), wherein one of the plurality of mid-plane connectors is to couple the line card (100, 200) to the fabric card, a plurality of network connectors (106, 206) to communicate data with devices coupled to the network element, and a plurality of application specific integrated components, ASICs, (102, 202, 302, 404) to process the data, wherein each of the plurality of ASICs is coupled to each of the plurality of mid-plane connectors by a different mid-plane connector ASIC path and each of the plurality of ASICs is further coupled to each of the plurality of network connectors by a different network connector ASIC path, and each of the different mid-plane connector ASIC paths has a length that provides a signal loss between the corresponding ASIC and mid-plane connector that is below a first threshold and each of the different network connector ASIC paths has a length that provides a signal loss between the corresponding ASIC and network connector that is below a second threshold, wherein at least one of the plurality of ASICs includes a memory module with two channels coupling the memory module to an ASIC core of that ASIC and one of the two channels is laid out on the top of a line card printed circuit board, PCB, and the other of the two channels is laid out through the surface of the line card PCB to equalize lengths of the two channels between the memory module and the ASIC core.
A method for balancing load of a server in a communication system, comprising: determining (501, 1001), by a client, whether a new access request message occurs; checking (503, 1003), by the client, load status of servers that the client manages if the new access request message occurs; selecting (505, 1005), by the client, a lowest-load server among the servers as a server to which the client is to send the new access request message; and sending (509, 1007) the new access request message to the selected server. determining (501, 1001), by a client, whether a new access request message occurs; checking (503, 1003), by the client, load status of servers that the client manages if the new access request message occurs; selecting (505, 1005), by the client, a lowest-load server among the servers as a server to which the client is to send the new access request message; and sending (509, 1007) the new access request message to the selected server.
Method for air conditioning a passenger compartment of a means of transport, in particular of a railway vehicle, having an air conditioning device and an air conditioning control unit for controlling and/or regulating the ambient temperature of the passenger compartment, wherein the control and/or regulation of the ambient temperature is carried out as a function of the number and/or a change in the number of occupants staying inside the vehicle compartment, characterised in that the number of occupants and/or the change in the number of occupants is integrated into the control loop for controlling the ambient temperature via disturbance feedforward control, and the number of occupants and/or the change in the number of occupants is integrated into the control loop for controlling the amount of fresh air via disturbance feedforward control. the control and/or regulation of the ambient temperature is carried out as a function of the number and/or a change in the number of occupants staying inside the vehicle compartment, characterised in that the number of occupants and/or the change in the number of occupants is integrated into the control loop for controlling the ambient temperature via disturbance feedforward control, and the number of occupants and/or the change in the number of occupants is integrated into the control loop for controlling the amount of fresh air via disturbance feedforward control.
An adjustable children's booster seat comprising: a child support configured for supporting a child; a frame comprising a base configured for resting on a seating surface of a chair, and wherein the frame is configured for suspending the child support above the seating surface, and wherein the frame comprises a pair of vertically adjustable arms and a pair of upright members, wherein each upright member defines a vertical channel, and wherein each vertically adjustable arm is operatively connected to a lateral side of the child support and is positioned at least partially within one of the upright members; and one or more height control devices configured to be actuated by a user between a secured configuration and an adjustable configuration, wherein the one or more height control devices permit the vertically adjustable arms to be moved upwardly and downwardly with respect to the frame when in the adjustable configuration and prevent the vertically adjustable arms from moving downwardly with respect to the frame when in the secured configuration. a child support configured for supporting a child; a frame comprising a base configured for resting on a seating surface of a chair, and wherein the frame is configured for suspending the child support above the seating surface, and wherein the frame comprises a pair of vertically adjustable arms and a pair of upright members, wherein each upright member defines a vertical channel, and wherein each vertically adjustable arm is operatively connected to a lateral side of the child support and is positioned at least partially within one of the upright members; and one or more height control devices configured to be actuated by a user between a secured configuration and an adjustable configuration, wherein the one or more height control devices permit the vertically adjustable arms to be moved upwardly and downwardly with respect to the frame when in the adjustable configuration and prevent the vertically adjustable arms from moving downwardly with respect to the frame when in the secured configuration.
A method of implementing a pickup service by a vehicle, comprising: receiving a pickup request from a passenger, the pickup request including an approximate location of the passenger; scanning, with a camera, for the passenger after arriving at the approximate location of the passenger; picking up the passenger when the passenger has been identified by the camera using coarse passenger attribute information and is accessible for pickup; picking up the passenger when the passenger has been identified by the camera using fine passenger attribute information, the passenger is accessible for pickup, and the coarse passenger attribute information failed to identify the passenger; and transmitting an approximate location of the vehicle and vehicle identification information to the passenger when the passenger has not been identified by the camera using the fine passenger attribute information and when the passenger has been identified but is not accessible for pickup; wherein the coarse passenger attribute information comprises at least one of an age, gender, race, and height of the passenger, a photograph of the passenger taken at a time of the pickup request, a current hairstyle, a current hair color, or a clothing description of the passenger at the time of the pickup request, and wherein the fine passenger attribute information comprises a three dimensional model based upon at least one of a face, a body, and a gait of the passenger. receiving a pickup request from a passenger, the pickup request including an approximate location of the passenger; scanning, with a camera, for the passenger after arriving at the approximate location of the passenger; picking up the passenger when the passenger has been identified by the camera using coarse passenger attribute information and is accessible for pickup; picking up the passenger when the passenger has been identified by the camera using fine passenger attribute information, the passenger is accessible for pickup, and the coarse passenger attribute information failed to identify the passenger; and transmitting an approximate location of the vehicle and vehicle identification information to the passenger when the passenger has not been identified by the camera using the fine passenger attribute information and when the passenger has been identified but is not accessible for pickup; wherein the coarse passenger attribute information comprises at least one of an age, gender, race, and height of the passenger, a photograph of the passenger taken at a time of the pickup request, a current hairstyle, a current hair color, or a clothing description of the passenger at the time of the pickup request, and wherein the fine passenger attribute information comprises a three dimensional model based upon at least one of a face, a body, and a gait of the passenger.
Method for manufacturing a concrete element with a coloured surface layer, in particular a concrete block with a shaped body or a concrete surface, which concrete element is formed from at least a mixture of cement and an aggregate comprising a base metal, wherein the base metal reacts chemically to produce a colour tone, characterised in that a content of iron as base metal is added to the aggregate and at least one surface layer with a thickness of at least 5 mm is formed, wherein the pH value of the surface layer is reduced by adding an acidic medium during the preparation of the mixture and/or during the setting of the mixture and/or after the setting of the mixture to produce an oxide colour that forms in the concrete by oxidation of the iron in at least the surface layer, wherein a naturally acting patina of a rusting metal body forms in the region comprising the base metal.
Coupling comprising at least one claw part (12, 14) and an intermediate piece, said intermediate piece having a buffer part which has elastic damping elements and serves for receiving the at least one claw part (12, 14), wherein the at least one buffer part is received in an end region of a tube piece of the intermediate piece, and the damping elements are surrounded by the end region radially at the outside in a circumferential direction, characterized in that a part of the buffer part that is different from the damping elements is produced from a material which is more brittle in comparison with the tube piece, and the tube piece is produced from aluminium or from an aluminium alloy.
A method of determining position of a body, utilizing the system comprising: a waveguide (12,112) having a given length having an effective impedance, the waveguide (12,112) is positioned in close proximity to a cylinder of soft or semi-soft magnetic material, the waveguide comprising a copper core with a connector spiral wound about the core, the core and connector receivable within the cylinder of magnetic material, a magnet which may be a permanent magnet or electro-magnet closely positioned to the magnetic material and configured to locally fully or partially saturate the magnetic material, a signal generator for generating a determinable first signal; and a signal receiver for measuring a characteristic of the first signal or its reflection; the method comprising: a) generating the first signal and communicating the first signal to the waveguide. b) causing a relative motion between i) the waveguide and the magnetic material and ii) the magnet, c) creating a reflection point in the waveguide to reflect the first signal at the relative location of the magnet by changing the effective impedance of the waveguide at the current relative location of the magnet, wherein the cylinder of magnetic material encases the waveguide. a waveguide (12,112) having a given length having an effective impedance, the waveguide (12,112) is positioned in close proximity to a cylinder of soft or semi-soft magnetic material, the waveguide comprising a copper core with a connector spiral wound about the core, the core and connector receivable within the cylinder of magnetic material, a magnet which may be a permanent magnet or electro-magnet closely positioned to the magnetic material and configured to locally fully or partially saturate the magnetic material, a signal generator for generating a determinable first signal; and a signal receiver for measuring a characteristic of the first signal or its reflection; the method comprising: a) generating the first signal and communicating the first signal to the waveguide. b) causing a relative motion between i) the waveguide and the magnetic material and ii) the magnet, c) creating a reflection point in the waveguide to reflect the first signal at the relative location of the magnet by changing the effective impedance of the waveguide at the current relative location of the magnet, a) generating the first signal and communicating the first signal to the waveguide. b) causing a relative motion between i) the waveguide and the magnetic material and ii) the magnet, c) creating a reflection point in the waveguide to reflect the first signal at the relative location of the magnet by changing the effective impedance of the waveguide at the current relative location of the magnet, wherein the cylinder of magnetic material encases the waveguide.