mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle for passenger transport, comprising a first vehicle body , a second vehicle body connected to the first vehicle body , a multipurpose area as well as an intercar gangway arranged between the first and the second vehicle body , wherein the multipurpose area is arranged at least partially within the intercar gangway , characterised in that the multipurpose area has at least one wheelchair space which is arranged at least partially within the intercar gangway .
A method for transporting manufactured products from a first production machine to a second production machine by means of a conveying apparatus , wherein the first and second production machines are operated in a cycled manner, wherein the manufactured products produced in the first production machine are fed to the conveying apparatus , wherein the manufactured products are entrained by the conveying apparatus and are forced to travel at the speed of the conveying apparatus along the conveying route of the conveying apparatus , and the manufactured products are fed to the second production machine by means of the conveying apparatus in a cycled manner, wherein the conveying apparatus entrains the manufactured products at a distance from one another such that a free space for receiving at least one other manufactured product is left between neighboring manufactured products , wherein in the event of a stop of the second production machine , the first production machine is also stopped and the conveying apparatus is actuated such that a manufactured product last output by the first production machine prior to the stop is received by the conveying apparatus in the free space nearest to the first production machine , and the conveying apparatus is then also stopped.
A process for producing nitric acid by the Ostwald process comprising reaction of ammonia with atmospheric oxygen (primary air) to afford a NOx-containing gas stream in an ammonia oxidation reactor at a first pressure and absorption of the NOx-containing gas stream in water in an absorption apparatus at a second pressure which is higher than the first pressure, wherein the process comprises a step which provides for bleaching of the nitric acid with bleach air (secondary air), wherein the bleaching is carried out approximately at the pressure level of the first pressure, characterized in that the secondary air is brought to the operating pressure of the bleaching operation via at least one separate secondary air compressor or a secondary air compressor stage, wherein this separate secondary air compressor is independent of the compressor which brings the primary air to the first pressure of the ammonia oxidation reaction, wherein downstream of the bleaching operation, the gas mixture formed in the bleaching operation is brought by means of a further bleach air compressor or a further bleach air compressor stage to the second pressure at which the absorption of the NOx-containing gas stream in water is carried out, wherein this further bleach air compressor or the bleach air compressor stage operates independently of a NOx compressor which compresses the product gas mixture of the ammonia oxidation reactor to the second pressure.
A radio-frequency identification, RFID, fluid connection , comprising: a fluid connector comprising a through-bore , at least one radially inward facing surface and a first radially outward facing surface comprising a groove ; a tube operatively arranged to be inserted into and connected to the fluid connector, the tube including a second radially outward facing surface and a shoulder ; a retaining ring operatively arranged to engage the fluid connector, the retaining ring arranged in the groove and including one or more protrusions (52A-52C) operatively arranged to extend through one or more apertures in the groove to engage the shoulder of the tube; and a RFID assembly arranged on the second radially outward facing surface , including: a RFID tag ; and, at least one contact electrically connected to the RFID tag; wherein the one or more protrusions (52A-52C) of the retaining ring is operatively arranged to contact the at least one contact. a fluid connector comprising a through-bore , at least one radially inward facing surface and a first radially outward facing surface comprising a groove ; a tube operatively arranged to be inserted into and connected to the fluid connector, the tube including a second radially outward facing surface and a shoulder ; a retaining ring operatively arranged to engage the fluid connector, the retaining ring arranged in the groove and including one or more protrusions (52A-52C) operatively arranged to extend through one or more apertures in the groove to engage the shoulder of the tube; and a RFID assembly arranged on the second radially outward facing surface , including: a RFID tag ; and, at least one contact electrically connected to the RFID tag; a RFID tag ; and, at least one contact electrically connected to the RFID tag; wherein the one or more protrusions (52A-52C) of the retaining ring is operatively arranged to contact the at least one contact.
A food preparation device comprising: a container suitable for receiving food for preparation, the container presenting a bottom and a side wall that rises from the bottom generally along a vertical axis (V), at least two blades arranged in the container , each blade being driven in rotation about an axis of rotation (R1, R2; R3, R4), the axis of rotation (R2) of at least one of the blades (10; 11; 12; 13) extending in the direction of said vertical axis(V), characterized in that the axis of rotation (R1, R3, R4) of at least one of the other blades is inclined at a non-zero angle of inclination (I1, 13, 14) relative to said vertical axis (V). a container suitable for receiving food for preparation, the container presenting a bottom and a side wall that rises from the bottom generally along a vertical axis (V), at least two blades arranged in the container , each blade being driven in rotation about an axis of rotation (R1, R2; R3, R4), the axis of rotation (R2) of at least one of the blades (10; 11; 12; 13) extending in the direction of said vertical axis(V),
A head-mounted-display assembly comprising: a knitted layer formed of a plurality of fibers and extending in three dimensions, the knitted layer comprising: a first region having a first degree of at least one physical property; a second region having a second degree of the at least one physical property; and a transition region extending between the first region and the second region , wherein the transition region of the knitted layer progressively changes in degree of the at least one physical property proceeding from the first region toward the second region ; characterised in that the plurality of fibers comprises a first type of fiber and a second type of fiber that comprises a different material than the first type of fiber; and wherein: the first region of the knitted layer comprises a first proportion of the first type of fiber to the second type of fiber; and the second region of the knitted layer comprises a second proportion of the first type of fiber to the second type of fiber, wherein the second proportion differs from the first proportion. a knitted layer formed of a plurality of fibers and extending in three dimensions, the knitted layer comprising: a first region having a first degree of at least one physical property; a second region having a second degree of the at least one physical property; and a transition region extending between the first region and the second region , wherein the transition region of the knitted layer progressively changes in degree of the at least one physical property proceeding from the first region toward the second region ; a first region having a first degree of at least one physical property; a second region having a second degree of the at least one physical property; and a transition region extending between the first region and the second region , wherein the transition region of the knitted layer progressively changes in degree of the at least one physical property proceeding from the first region toward the second region ; characterised in that the plurality of fibers comprises a first type of fiber and a second type of fiber that comprises a different material than the first type of fiber; and wherein: the first region of the knitted layer comprises a first proportion of the first type of fiber to the second type of fiber; and the second region of the knitted layer comprises a second proportion of the first type of fiber to the second type of fiber, wherein the second proportion differs from the first proportion. the first region of the knitted layer comprises a first proportion of the first type of fiber to the second type of fiber; and the second region of the knitted layer comprises a second proportion of the first type of fiber to the second type of fiber, wherein the second proportion differs from the first proportion.
A process control system, comprising: a controller configured to communicatively couple to a lithography tool fabricating a current layer to provide control parameters to maintain overlay error between the current layer and one or more previous layers within a selected specification, the controller including one or more processors configured to execute program instructions configured to cause the one or more processors to: receive after-development inspection (ADI) data after a lithography step for the current layer from an ADI , the ADI data including ADI overlay data indicative of overlay errors between the current layer and the one or more previous layers, the ADI data further including ADI flag data indicative of process deviations during fabrication of the one or more previous layers; receive after etch inspection (AEI) overlay data after an exposure step of the current layer from an AEI tool , the AEI overlay data indicative of overlay errors between the current layer and the one or more previous layers, wherein a non-zero offset (NZO) corresponds to a difference between overlay error determined from ADI data and AEI overlay data; train a non-zero offset predictor with ADI data and AEI overlay data from one or more training samples to predict a non-zero offset from ADI data; generate values of the control parameters of the lithography tool fabricating the current layer of at least one production sample using ADI data from one or more previous production samples and non-zero offsets generated by the non-zero offset predictor based on the ADI data from the one or more previous production samples; and provide the values of the control parameters to the lithography tool for fabricating the current layer on the at least one production sample. receive after-development inspection (ADI) data after a lithography step for the current layer from an ADI , the ADI data including ADI overlay data indicative of overlay errors between the current layer and the one or more previous layers, the ADI data further including ADI flag data indicative of process deviations during fabrication of the one or more previous layers; receive after etch inspection (AEI) overlay data after an exposure step of the current layer from an AEI tool , the AEI overlay data indicative of overlay errors between the current layer and the one or more previous layers, wherein a non-zero offset (NZO) corresponds to a difference between overlay error determined from ADI data and AEI overlay data; train a non-zero offset predictor with ADI data and AEI overlay data from one or more training samples to predict a non-zero offset from ADI data; generate values of the control parameters of the lithography tool fabricating the current layer of at least one production sample using ADI data from one or more previous production samples and non-zero offsets generated by the non-zero offset predictor based on the ADI data from the one or more previous production samples; and provide the values of the control parameters to the lithography tool for fabricating the current layer on the at least one production sample.
Distribution machine, in particular seed drill , having an elongate storage container , in the lower region of which a plurality of outlet openings each with at least one associated metering element are arranged, wherein the lower region of the storage container is formed in a hopper-like manner by at least one inclined container wall , wherein a material to be distributed slides into the outlet openings via the hopper walls under the influence of gravity, characterized in that , in the interior of the storage container , at least two guiding elements that have at least one inclined guiding face and are not driven in use are arranged, in that , as seen from the middle of the storage container , each side of the storage container is assigned at least one guiding element having an inclined guiding face , in that the guiding element , having at least one inclined guiding face , on each side of the storage container is positioned in a manner guiding the material to be distributed outwards from the middle of the storage container , in that the guiding element has an elongate shape, in that the guiding element is provided with means, in the form of at least one magnet , for releasable fixing to the inclined container wall , and in that the guiding element forms an elevation from the container wall in the direction of the container interior.
An earplug comprising: an elongate core comprising a first material and having first and second ends and an outer major surface ; and an outer layer comprising a second material and covering at least a portion of the outer major surface of the elongate core; wherein the second material comprises thermoplastic spheres, characterized in that the outer layer comprises a sound attenuating portion having a first average density ρ1 and a stem portion having a second average density ρ2, and | ρ2 > 1.2 ρ1|, and wherein the outer layer comprises a contiguous layer and extends from the first end of the elongate core to the second end of the elongate core. an elongate core comprising a first material and having first and second ends and an outer major surface ; and an outer layer comprising a second material and covering at least a portion of the outer major surface of the elongate core; wherein the second material comprises thermoplastic spheres, characterized in that the outer layer comprises a sound attenuating portion having a first average density ρ1 and a stem portion having a second average density ρ2, and | ρ2 > 1.2 ρ1|, and wherein the outer layer comprises a contiguous layer and extends from the first end of the elongate core to the second end of the elongate core.
Surgical suturing device , comprising: at least one needle 106); a guide tip defining a sewing cuff receiving area sized to receive a portion of a sewing cuff and a tissue bite area sized to be placed around a portion of tissue, the guide tip having at least one needle guide configured to guide the at least one needle through the sewing cuff receiving area and the tissue bite area , the at least one needle guide comprising a transition needle guide between the sewing cuff receiving area and the tissue bite area ; a shaft having a proximal end and a distal end and being configured to guide the at least one needle , the guide tip being coupled to the distal end of the shaft ; and at least one actuator near the proximal end of the shaft , the at least one actuator being coupled to the at least one needle and configured to move the at least one needle between a retracted position, where the at least one needle is not passing through the sewing cuff receiving area or the tissue bite area , and an engaged position, where the at least one needle is passing through the sewing cuff receiving area and the tissue bite area ; characterized in that the transition needle guide comprises a flared end facing the sewing cuff receiving area . at least one needle 106); a guide tip defining a sewing cuff receiving area sized to receive a portion of a sewing cuff and a tissue bite area sized to be placed around a portion of tissue, the guide tip having at least one needle guide configured to guide the at least one needle through the sewing cuff receiving area and the tissue bite area , the at least one needle guide comprising a transition needle guide between the sewing cuff receiving area and the tissue bite area ; a shaft having a proximal end and a distal end and being configured to guide the at least one needle , the guide tip being coupled to the distal end of the shaft ; and at least one actuator near the proximal end of the shaft , the at least one actuator being coupled to the at least one needle and configured to move the at least one needle between a retracted position, where the at least one needle is not passing through the sewing cuff receiving area or the tissue bite area , and an engaged position, where the at least one needle is passing through the sewing cuff receiving area and the tissue bite area ; characterized in that the transition needle guide comprises a flared end facing the sewing cuff receiving area .
Host device arranged for Wi-Fi wireless communication with mobile devices, each mobile device comprising a mobile transceiver and a mobile processor , the mobile transceiver being arranged for wireless communication according to a communication protocol, the mobile processor being arranged for distance measurement via a ranging protocol for determining a distance between the host and the mobile device based on a round trip time measurement, the host device comprising a host transceiver for wireless communication according to the communication protocol, a host processor arranged for distance measurement via the ranging protocol, and a user interface comprising a connect button , the host device arranged to use a pre-association discovery service to determine mobile devices within Wi-Fi communication range; the host processor being arranged to execute a connection sequence upon a user activating the connect button, the connection sequence comprising determining, by executing the ranging protocol with the mobile devices previously determined as being in Wi-Fi wireless communication range, one or more respective distances, each respective distance being between the host and a respective mobile device, wherein said determination is done prior to establishing a Wi-Fi connection with a first mobile device; - detecting whether the first mobile device exhibits a movement with respect to the host device, and, if so, executing a Wi-Fi connection action regarding a connection between the first mobile device and the host device. each mobile device comprising a mobile transceiver and a mobile processor , the mobile transceiver being arranged for wireless communication according to a communication protocol, the mobile processor being arranged for distance measurement via a ranging protocol for determining a distance between the host and the mobile device based on a round trip time measurement, the host device comprising a host transceiver for wireless communication according to the communication protocol, a host processor arranged for distance measurement via the ranging protocol, and a user interface comprising a connect button , the host device arranged to use a pre-association discovery service to determine mobile devices within Wi-Fi communication range; the host processor being arranged to execute a connection sequence upon a user activating the connect button, the connection sequence comprising determining, by executing the ranging protocol with the mobile devices previously determined as being in Wi-Fi wireless communication range, one or more respective distances, each respective distance being between the host and a respective mobile device, wherein said determination is done prior to establishing a Wi-Fi connection with a first mobile device; - detecting whether the first mobile device exhibits a movement with respect to the host device, and, if so, - detecting whether the first mobile device exhibits a movement with respect to the host device, and, if so, executing a Wi-Fi connection action regarding a connection between the first mobile device and the host device.
A method for estimating an operating parameter (Q*) of a battery cell of a battery unit in an electrical propulsion system of a vehicle, the operating parameter being indicative of one of capacity and impedance of the battery cell, wherein the method comprising the steps: - selecting at least one battery cell in the battery unit for determining the operating parameter of the battery cell; - providing a set of state-of-charge (SOC) estimators, each SOC estimator having a selected operating parameter value for a given time period; and - using the set of SOC estimators to determine a value of the operating parameter of the battery cell by performing voltage error minimization. - using the estimated operating parameter as input in controlling a vehicle electrical energy storage system of the vehicle electrical propulsion system , wherein the vehicle electrical energy storage system comprises the battery unit. - selecting at least one battery cell in the battery unit for determining the operating parameter of the battery cell; - providing a set of state-of-charge (SOC) estimators, each SOC estimator having a selected operating parameter value for a given time period; and - using the set of SOC estimators to determine a value of the operating parameter of the battery cell by performing voltage error minimization. - using the estimated operating parameter as input in controlling a vehicle electrical energy storage system of the vehicle electrical propulsion system , wherein the vehicle electrical energy storage system comprises the battery unit.
A device for thermal treatment of bulk material, comprising a travelling grate chain being capable of revolving in the direction of movement consisting of an endless travelling grate with movable links, a plurality of pallet cars , each consisting of a frame with end pieces , on which carrying wheels are fixed, and grate rods arranged on crossbars , and with wind boxes which are arranged such that from at least one wind box gas flows through the pallet cars and their grate rods from or into the wind boxes , wherein at each pallet car of the travelling grate at least one sealing blade each is mounted in parallel to the moving direction and flush with the pallet car , that at least one sealing box is foreseen in at least one section of the travelling grate in parallel to the moving direction, and that a liquid medium is filled into the at least one sealing box , wherein the sealing box is arranged such that the sealing blade is immersed in the liquid (L) during operation characterized in that the sealing blade immerses into the liquid in the sealing box in an entry zone and exit from it in an exit zone , whereby the entry and the exit zone feature sealing leaves (52 1 ,52 2 ,52 3 ) which can be pressed against the sealing blade with springs .