mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for producing an additive printed part , the machine having a print head , wherein the print head is attached to a gantry , comprising: a frame having a plurality of side walls that define an interior space ; a build table positioned within the interior space and including a print bed , the additive printed part being positioned on the print bed as the additive printed part is created; a plurality of bellows attached at a first end to the gantry and at a second end to at least one of the plurality of side walls ; and a build volume defined by the plurality of side walls , the plurality of bellows and the build table ; the machine characterised in that a first infrared heater is disposed on the build table for heating an additive printed part positioned on the build table . a frame having a plurality of side walls that define an interior space ; a build table positioned within the interior space and including a print bed , the additive printed part being positioned on the print bed as the additive printed part is created; a plurality of bellows attached at a first end to the gantry and at a second end to at least one of the plurality of side walls ; and a build volume defined by the plurality of side walls , the plurality of bellows and the build table ; the machine characterised in that a first infrared heater is disposed on the build table for heating an additive printed part positioned on the build table .
An electric screw coolant pump for integration into a temperature control circuit of an assembly of which the temperature is to be controlled, comprising: a motor housing in which an electric motor is accommodated, a spindle housing , in which screw spindles are accommodated, with an axial inlet opening and a radial outlet opening ; a housing flange connecting the motor housing and the spindle housing , an accommodation housing with an opened cavity into which the spindle housing is insertable from an axial end up to the housing flange ; characterized in that the accommodation housing includes a feeder line as well as a return line of the temperature control circuit flowing into the cavity ; a part of the cavity surrounds the spindle housing and communicates with the outlet opening as well as the feeder line ; and a sealing element providing a seal between a suction side and a pressure side is arranged towards an end surface of the axial end of the inserted spindle housing . a motor housing in which an electric motor is accommodated, a spindle housing , in which screw spindles are accommodated, with an axial inlet opening and a radial outlet opening ; a housing flange connecting the motor housing and the spindle housing , an accommodation housing with an opened cavity into which the spindle housing is insertable from an axial end up to the housing flange ; characterized in that the accommodation housing includes a feeder line as well as a return line of the temperature control circuit flowing into the cavity ; a part of the cavity surrounds the spindle housing and communicates with the outlet opening as well as the feeder line ; and a sealing element providing a seal between a suction side and a pressure side is arranged towards an end surface of the axial end of the inserted spindle housing .
A display panel comprising: a flexible substrate comprising a single, unitary indivisible member, said flexible substrate comprising: a first area (A1); and a second area (A2) that is bent or bendable relative to the first area, and a first bending region (BA1) between the first area and the second area; a first display unit (DU1) and a first embedded circuit unit (D1) for driving the first display unit both being provided in the first area of the substrate; a second display unit (DU2) and a second embedded circuit unit (D2) for driving the second display unit both being provided in the second area of the substrate, wherein each embedded circuit unit is a single, unitary, indivisible member of the display panel ; conductive lines on the substrate, wherein the conductive lines are only formed in the first area (A1) and second area (A2) of the substrate and are not formed in the first bending region of the substrate; a first pad portion in the first area of the substrate, at an outer side of the first display unit (DU1); and a second pad portion in the second area of the substrate, at an outer side of the second display unit (DU2). a flexible substrate comprising a single, unitary indivisible member, said flexible substrate comprising: a first area (A1); and a second area (A2) that is bent or bendable relative to the first area, and a first bending region (BA1) between the first area and the second area; a first area (A1); and a second area (A2) that is bent or bendable relative to the first area, and a first bending region (BA1) between the first area and the second area; a first display unit (DU1) and a first embedded circuit unit (D1) for driving the first display unit both being provided in the first area of the substrate; a second display unit (DU2) and a second embedded circuit unit (D2) for driving the second display unit both being provided in the second area of the substrate, wherein each embedded circuit unit is a single, unitary, indivisible member of the display panel ; conductive lines on the substrate, wherein the conductive lines are only formed in the first area (A1) and second area (A2) of the substrate and are not formed in the first bending region of the substrate; a first pad portion in the first area of the substrate, at an outer side of the first display unit (DU1); and a second pad portion in the second area of the substrate, at an outer side of the second display unit (DU2).
A vehicle front portion structure (S1) comprising: a pair of left and right front side members that are disposed at a vehicle front portion and that extend along a vehicle longitudinal direction; a suspension member that is disposed at a vehicle lower side of the pair of left and right front side members , and that is joined to the pair of left and right front side members at a pair of left and right front side joining portions and at a pair of left and right rear side joining portions ; characterized in that it further comprises a first lateral connecting member that is disposed between the pair of left and right front side members , and that connects the pair of left and right front side members parallel to a vehicle transverse direction, wherein the positions along the vehicle longitudinal direction of portions, to which the first lateral connecting member is joined, at the pair of left and right front side members coincide with the positions along the vehicle longitudinal direction of portions, to which the front side joining portions of the suspension member are joined, at the pair of left and right front side members . a pair of left and right front side members that are disposed at a vehicle front portion and that extend along a vehicle longitudinal direction; a suspension member that is disposed at a vehicle lower side of the pair of left and right front side members , and that is joined to the pair of left and right front side members at a pair of left and right front side joining portions and at a pair of left and right rear side joining portions ; characterized in that it further comprises a first lateral connecting member that is disposed between the pair of left and right front side members , and that connects the pair of left and right front side members parallel to a vehicle transverse direction, wherein the positions along the vehicle longitudinal direction of portions, to which the first lateral connecting member is joined, at the pair of left and right front side members coincide with the positions along the vehicle longitudinal direction of portions, to which the front side joining portions of the suspension member are joined, at the pair of left and right front side members .
A method of wireless communication of receiving a data flow configured for multi-connectivity from a plurality of cells via layers in a protocol stack having a packet split at a packet data convergence protocol, PDCP, layer or a radio link control, RLC, layer, the method being performed by a UE and comprising: sending an indication requesting a data flow from a plurality of connections based on at least one service requirement of the data flow, wherein the plurality of connections is formed between the UE and the plurality of cells and forms a duplicate-delivery bearer for transmissions of the same data packet on at least two of the plurality of connections, wherein the indication is sent to a core network entity; receiving a configuration indicating that the data flow will be sent from the plurality of cells on the plurality of connections; receiving a data packet in the data flow from at least one of the plurality of cells; determining that the data packet has been received via the duplicate delivery bearer; and reporting a status, to the plurality of cells, indicating to the plurality of cells to discard a duplicate of the packet from a buffer, wherein reporting a status comprises sending a PDCP status report or sending a radio link control, RLC, status report, wherein the status report indicates that the data packet has been received on a first connection of the plurality of connections. sending an indication requesting a data flow from a plurality of connections based on at least one service requirement of the data flow, wherein the plurality of connections is formed between the UE and the plurality of cells and forms a duplicate-delivery bearer for transmissions of the same data packet on at least two of the plurality of connections, wherein the indication is sent to a core network entity; receiving a configuration indicating that the data flow will be sent from the plurality of cells on the plurality of connections; receiving a data packet in the data flow from at least one of the plurality of cells; determining that the data packet has been received via the duplicate delivery bearer; and reporting a status, to the plurality of cells, indicating to the plurality of cells to discard a duplicate of the packet from a buffer, wherein reporting a status comprises sending a PDCP status report or sending a radio link control, RLC, status report, wherein the status report indicates that the data packet has been received on a first connection of the plurality of connections.
Device for applying a rubber profile to a surface , in particular of a motor vehicle part, comprising a robot which has at least one robot arm for moving and guiding a guide head in an application position in order to apply the rubber profile along a defined contour to the surface , a feed device being arranged in connection with the guide head in order to feed the rubber profile to the surface at a defined speed, the guide head having at least one guide element for guiding the rubber profile, which feed device has at least one driven drive roller with a profiled circumferential surface formed on its circumference, and a counter element wherein a passage for the rubber profile is formed between the drive roller and the counter element , characterized in that spikes are formed on the profiled circumferential surface , which spikes are designed to penetrate at least partially into the rubber profile , wherein the drive roller is connected to a drive , in particular an electric motor, which is controlled by a control of the device , which controller has means for detecting the speed of the guide head at the point of application of the rubber profile to the surface and for controlling the drive roller in such a way that the rubber profile is advanced as a function of this speed.
Process for preparing a catalyst in the form of an extrudate comprising an acidic MFI-type zeolite, preferably H-ZSM-5, the zeolite content being between 45% and 90% relative to the total mass of the catalyst, and a binder, preferably alumina, and optionally containing a hydrogenating active phase, comprising at least the following steps: a) mixing said MFI-type zeolite and the binder, the average size of the elementary particles of said MFI zeolite measured by scanning electron microscopy being between 110 and 800 nm, preferably between 120 and 700 nm, very preferably between 150 and 500 nm, b) adding, to said mixture obtained in step a), a peptizing agent selected from nitric acid and carboxylic acids selected from acetic acid, citric acid and butyric acid, alone or as a mixture, c) adding, to said mixture obtained in step b), a neutralizing agent selected from inorganic bases selected from sodium hydroxide, potassium hydroxide, and ammonia, alone or as a mixture, and organic bases in solution selected from amines and quaternary ammonium compounds, alone or as a mixture, d) shaping the mixture obtained in step c) by extrusion to obtain a solid, e) optionally, drying the solid obtained in step d), f) heat-treating said solid obtained in step d) or e) in the presence of steam at a temperature of between 400 and 1000°C in the presence of a stream of air containing from 1% to 60% by volume of water, g) optionally, introducing one or more precursors of a hydrogenating active phase into the solid obtained in step f). a) mixing said MFI-type zeolite and the binder, the average size of the elementary particles of said MFI zeolite measured by scanning electron microscopy being between 110 and 800 nm, preferably between 120 and 700 nm, very preferably between 150 and 500 nm, b) adding, to said mixture obtained in step a), a peptizing agent selected from nitric acid and carboxylic acids selected from acetic acid, citric acid and butyric acid, alone or as a mixture, c) adding, to said mixture obtained in step b), a neutralizing agent selected from inorganic bases selected from sodium hydroxide, potassium hydroxide, and ammonia, alone or as a mixture, and organic bases in solution selected from amines and quaternary ammonium compounds, alone or as a mixture, d) shaping the mixture obtained in step c) by extrusion to obtain a solid, e) optionally, drying the solid obtained in step d), f) heat-treating said solid obtained in step d) or e) in the presence of steam at a temperature of between 400 and 1000°C in the presence of a stream of air containing from 1% to 60% by volume of water, g) optionally, introducing one or more precursors of a hydrogenating active phase into the solid obtained in step f).
An IC card comprising: a sensor configured to obtain information for authentication; a storage configured to store an authentication list indicating an authentication method that uses the information from the sensor ; and a processor configured to determine if there is an abnormality in the sensor based on a signal from the sensor and update the authentication list if it is determined that there is the abnormality in the sensor , wherein said abnormality in the sensor is determined based on a check on a signal coming from the sensor using a self-diagnosis program; the authentication list stores the authentication method and a condition for using the authentication method in association with each other; the processor is configured to delete from the authentication list the authentication method and the condition corresponding to the authentication method that uses the information from the sensor determined as being abnormal and to perform authentication based on the updated authentication list after said deleting from the authentication list; and the sensor is a fingerprint sensor. a sensor configured to obtain information for authentication; a storage configured to store an authentication list indicating an authentication method that uses the information from the sensor ; and a processor configured to determine if there is an abnormality in the sensor based on a signal from the sensor and update the authentication list if it is determined that there is the abnormality in the sensor , wherein said abnormality in the sensor is determined based on a check on a signal coming from the sensor using a self-diagnosis program; the authentication list stores the authentication method and a condition for using the authentication method in association with each other; the processor is configured to delete from the authentication list the authentication method and the condition corresponding to the authentication method that uses the information from the sensor determined as being abnormal and to perform authentication based on the updated authentication list after said deleting from the authentication list; and the sensor is a fingerprint sensor.
An antibody that binds to human CD38 of SEQ ID NO: 52, wherein the antibody (i) does not bind to a variant of human CD38 wherein Asp in position 202 has been substituted with Gly, (ii) binds to a variant of human CD38 wherein Gin in position 272 has been substituted with Arg, (iii) binds to a variant of human CD38 wherein the Ser in position 274 has been substituted with Phe, and (iv) binds to a variant of human CD38 wherein Thr in position 237 has been substituted with Ala.
Identification device with an optical detector , a control unit and an identification transmitter unit , wherein the optical detector includes a detection surface with an identification pattern partially covering the detector surface and the control unit is constructed to cooperate with the detector and the identification transmitter unit such that, independently of an analysis of a temporal sequence of measurement signals from the detector , the identification transmitter unit is controllable to transmit an identification signal due to the fact that when moving over the identification pattern with a scanning beam, generation of the temporal sequence of signals from the detector occurs in dependence on the shape and arrangement of regions of the detection pattern.
A method performed by a network node in a telecommunication network providing a multicast transmission to a group of devices residing in a cell of the telecommunication network, the method comprising; - monitoring a congestion level for communication, and - if the congestion level reaches a first threshold, ordering for at least one device in a radio resource control, RRC, connected mode to be released from the RRC connected mode to an RRC idle mode or an RRC inactive mode, thereby disabling a capability of the at least one device to provide one or more re-transmission requests while keeping an ability of the at least one device to further receive the multicast transmission; - when the congestion level reaches a second threshold, lower than said first threshold, ordering to return said at least one device from the RRC idle mode, or the RRC inactive mode, back to the RRC connected mode. - monitoring a congestion level for communication, and - if the congestion level reaches a first threshold, ordering for at least one device in a radio resource control, RRC, connected mode to be released from the RRC connected mode to an RRC idle mode or an RRC inactive mode, thereby disabling a capability of the at least one device to provide one or more re-transmission requests while keeping an ability of the at least one device to further receive the multicast transmission; - when the congestion level reaches a second threshold, lower than said first threshold, ordering to return said at least one device from the RRC idle mode, or the RRC inactive mode, back to the RRC connected mode.
A method for generation of microparticles containing an immobilized functional component, the method comprising the steps of a) spraying a liquid which contains a soluble alginate and a functional component consisting of molecules or nanoparticles to generate a stream of droplets, wherein spraying the liquid comprises applying a gas stream to the liquid in a reservoir , thereby atomizing the liquid in the gas stream, b) directing the stream of previously generated droplets through an electrically conductive nozzle which is connected as an electrode to high voltage , such that electrostatic charging of the droplets occurs during passage of the nozzle , c) directing the stream of droplets onto a precipitation bath and capturing the droplets therein by application of the high voltage , d) precipitating the droplets in the precipitation bath by means of a precipitation liquid containing an alginate complexing agent, such that the droplets are solidified to form microparticles containing the functional component, and e) extracting the microparticles from the precipitation bath . a) spraying a liquid which contains a soluble alginate and a functional component consisting of molecules or nanoparticles to generate a stream of droplets, wherein spraying the liquid comprises applying a gas stream to the liquid in a reservoir , thereby atomizing the liquid in the gas stream, b) directing the stream of previously generated droplets through an electrically conductive nozzle which is connected as an electrode to high voltage , such that electrostatic charging of the droplets occurs during passage of the nozzle , c) directing the stream of droplets onto a precipitation bath and capturing the droplets therein by application of the high voltage , d) precipitating the droplets in the precipitation bath by means of a precipitation liquid containing an alginate complexing agent, such that the droplets are solidified to form microparticles containing the functional component, and e) extracting the microparticles from the precipitation bath .
A catheter system for evaluating a body lumen and delivering therapy thereto, the catheter system comprising: an elongate body defining a first lumen and comprising a distal portion ; an inner member configured for insertion into the first lumen , the inner member comprising an energy source configured to deliver therapeutic energy to a treatment site; and an imaging assembly located at the distal portion of the elongate body; wherein the imaging assembly is operably associated with the distal portion of the elongate body; characterised in that the inner member comprises a second imaging assembly . an elongate body defining a first lumen and comprising a distal portion ; an inner member configured for insertion into the first lumen , the inner member comprising an energy source configured to deliver therapeutic energy to a treatment site; and an imaging assembly located at the distal portion of the elongate body; wherein the imaging assembly is operably associated with the distal portion of the elongate body; characterised in that the inner member comprises a second imaging assembly .
A three-dimensional, engineered, biological skin tissue comprising: a. a dermal layer comprising a dermal bio-ink, the dermal bio-ink comprising dermal fibroblasts; and b. an epidermal layer comprising epidermal bio-ink, the epidermal bio-ink comprising keratinocytes, provided the epidermal layer is in contact with the dermal layer to form the three-dimensional, engineered, biological skin tissue; wherein the tissue is substantially free of pre-formed scaffold. a. a dermal layer comprising a dermal bio-ink, the dermal bio-ink comprising dermal fibroblasts; and b. an epidermal layer comprising epidermal bio-ink, the epidermal bio-ink comprising keratinocytes, provided the epidermal layer is in contact with the dermal layer to form the three-dimensional, engineered, biological skin tissue;