mhurhangee/patent-ind-claim-en huggingface dataset:
E-machine component mandrel transfer system for rotational transfer of a mandrel to which an E-machine component can be clamped in a rotating manner about a rotational axis, comprising: a spindle , which has a spindle shaft that can be rotationally driven about an axis of rotation by means of a form-fitting or friction-fitting drive means, and a mandrel change interface , the mandrel change interface being adapted to receive the mandrel , a clamping unit adapted to actuate the mandrel change interface , a first actuating device adapted to move a first cylinder of the clamping unit axially in the spindle , wherein by the axial movement of the first cylinder , the clamping unit is adapted to release the mandrel change interface for changing the mandrel arranged in the mandrel change interface , and is adapted to clamp the mandrel change interface for clamping the mandrel arranged in the mandrel change interface , wherein the clamping unit further comprises a first coupling element formed as a bearing and arranged on the first cylinder , and an indexing disk arranged on the spindle shaft , the first coupling element cooperating with the indexing disk for releasing and for clamping the mandrel change interface , the drive means being provided to rotate the spindle shaft upon actuation of the mandrel change interface , wherein the clamping unit comprises an installation clamp , wherein upon axial movement of the first cylinder the switching disk , which is arranged on the installation clamp , acts on a spring element of the integral clamping unit for releasing and for clamping the mandrel change interface . a spindle , which has a spindle shaft that can be rotationally driven about an axis of rotation by means of a form-fitting or friction-fitting drive means, and a mandrel change interface , the mandrel change interface being adapted to receive the mandrel , a clamping unit adapted to actuate the mandrel change interface , a first actuating device adapted to move a first cylinder of the clamping unit axially in the spindle , wherein by the axial movement of the first cylinder , the clamping unit is adapted to release the mandrel change interface for changing the mandrel arranged in the mandrel change interface , and is adapted to clamp the mandrel change interface for clamping the mandrel arranged in the mandrel change interface , wherein the clamping unit further comprises a first coupling element formed as a bearing and arranged on the first cylinder , and an indexing disk arranged on the spindle shaft , the first coupling element cooperating with the indexing disk for releasing and for clamping the mandrel change interface , the drive means being provided to rotate the spindle shaft upon actuation of the mandrel change interface , wherein the clamping unit comprises an installation clamp , wherein upon axial movement of the first cylinder the switching disk , which is arranged on the installation clamp , acts on a spring element of the integral clamping unit for releasing and for clamping the mandrel change interface .
A method for accessing and processing data by an accelerator apparatus, comprising: retrieving at least a part of input data to be processed by the accelerator apparatus; segmenting the input data into a plurality of adjacent input tiles, the input tiles having a pre-determined size; storing at least one of the plurality of adjacent input tiles in a data buffer of the accelerator apparatus; accessing data elements of the at least one of the plurality of adjacent input tiles stored in the data buffer by positioning an input window over the data elements stored in the data buffer, to generate a plurality of input areas, wherein the input window is adjustable according to a set of parameters, and wherein accessing the data elements via the input window is hard-wired in a circuitry implementing the data buffer; and sequentially processing at least one of the plurality of input areas to at least partially process the at least one of the plurality of adjacent input tiles by the accelerator apparatus. retrieving at least a part of input data to be processed by the accelerator apparatus; segmenting the input data into a plurality of adjacent input tiles, the input tiles having a pre-determined size; storing at least one of the plurality of adjacent input tiles in a data buffer of the accelerator apparatus; accessing data elements of the at least one of the plurality of adjacent input tiles stored in the data buffer by positioning an input window over the data elements stored in the data buffer, to generate a plurality of input areas, wherein the input window is adjustable according to a set of parameters, and wherein accessing the data elements via the input window is hard-wired in a circuitry implementing the data buffer; and sequentially processing at least one of the plurality of input areas to at least partially process the at least one of the plurality of adjacent input tiles by the accelerator apparatus.
A headlight assembly of a vehicle (V) comprising a casing comprising an opening , said casing comprising at least one lighting module disposed in the interior of the casing , said lighting module being hermetically sealed by a projection lens disposed opposite the opening , said headlight assembly comprising a sealed closure mask closing the opening between the casing and the lighting module , and comprising a rigid body in which an opening is arranged which is passed through by the module , and an annular flexible membrane disposed at the interface between the opening and the lighting module ; said membrane ensuring the seal between the module and the mask whilst permitting the mobility of the module in the casing , said assembly being characterized in that the membrane defines an annular sealing lip obtained by elastic deformation of the membrane around the module .
Arrangement for controlling the temperature of an internal combustion engine and electric drive components of a hybrid vehicle with a temperature control circuit , the temperature control circuit having - a main section , - a main pumping device arranged in the main section , - a first parallel section with an internal combustion engine , - a second parallel section with electric drive components and an auxiliary pumping device , and - a cooler for cooling the internal combustion engine and the electric drive components . - a main section , - a main pumping device arranged in the main section , - a first parallel section with an internal combustion engine , - a second parallel section with electric drive components and an auxiliary pumping device , and - a cooler for cooling the internal combustion engine and the electric drive components .
Surgical instrument with a device located on the instrument, the said device comprising at least one sensor (101 1 , 101 2 , 101 1 ,...101N), a circuit for controlling and processing signals originating from the said at least one sensor, a memory module for storing information originating from the said circuit, and a radio interface for transmitting the said information to an external device , the said at least one sensor, the said circuit, the said memory module and the said radio interface being powered by a power source , the said circuit, the said memory module, the said radio interface and the said power source being housed in one or more hermetically sealed heat-resistant and pressure-resistant casings , in order to allow autonomous operation of the said device.
A system for treating an overactive bladder condition of a patient, comprising at least one electrode assembly comprising a retentive element for fixedly positioning the at least one electrode assembly on or within a wall of a bladder of the patient, the retentive element being configured to secure the electrode assembly in place on or within the bladder wall to prevent migration or release; a controller in communication with the at least one electrode assembly and programmed to deliver, through the at least one electrode assembly , electrical pacing stimulation at a frequency of 300Hz or greater, wherein the at least one electrode assembly is further configured to receive an electrical signal in the bladder and transmit the signal to the controller, wherein the controller is programmed to receive the electrical signal from the electrode assembly , wherein the system comprises a plurality of electrode assemblies , each assembly including at least one electrode, characterized in that the controller includes multiple channels for sending and receiving signals such that each of the electrodes can be activated separately and is configured to drive the plurality of electrode assemblies independently, so that one or more electrodes can be used for stimulation while, simultaneously, one or more electrodes are used for receiving signals. at least one electrode assembly comprising a retentive element for fixedly positioning the at least one electrode assembly on or within a wall of a bladder of the patient, the retentive element being configured to secure the electrode assembly in place on or within the bladder wall to prevent migration or release; a controller in communication with the at least one electrode assembly and programmed to deliver, through the at least one electrode assembly , electrical pacing stimulation at a frequency of 300Hz or greater, wherein the at least one electrode assembly is further configured to receive an electrical signal in the bladder and transmit the signal to the controller, wherein the controller is programmed to receive the electrical signal from the electrode assembly , wherein the system comprises a plurality of electrode assemblies , each assembly including at least one electrode, characterized in that the controller includes multiple channels for sending and receiving signals such that each of the electrodes can be activated separately and is configured to drive the plurality of electrode assemblies independently, so that one or more electrodes can be used for stimulation while, simultaneously, one or more electrodes are used for receiving signals.
Connection means for connecting two components , wherein the connection means comprises a base body which comprises a receiving channel for receiving a fastening element , which channel extends through the base body , wherein the receiving channel is accessible at one end through a fixing opening of the base body , wherein the base body comprises a base portion and a plurality of anchoring portions extending or protruding away from the base portion and for anchoring the base body in one of the components , wherein the plurality of anchoring portions are formed as cylindrical thickenings and mutually overlap in the connection direction . wherein the base body comprises a base portion and a plurality of anchoring portions extending or protruding away from the base portion and for anchoring the base body in one of the components , wherein the plurality of anchoring portions are formed as cylindrical thickenings and mutually overlap in the connection direction .
An electrode for the treatment of organic tissue by means of direct current, having an electrode carrier , at least one electrically conductive electrode surface which is let into the electrode carrier , the at least one electrode surface being connected to at least one associated control element and wherein the at least one control element is connected by at least one electrical line to a control and power supply unit , wherein the at least one control element is configured in such a way that each individual electrode surface can be controlled by the at least one control element in such a way that a current density (J) provided for each of the at least one electrode surface can be maintained within a predetermined interval or that a current density (J) for each of the at least one electrode surface can be maintained around a predetermined value, characterized in that the electrode is a segmented electrode having at least two electrically conductive electrode surfaces , in that the control element associated with each electrode surface has a first control element , which first control elements are connected by electrical lines to a common second control element , the second control element being arranged at a distance from the electrode surfaces .
A camping utensil kit , comprising: a utensil including a food portion and a handle defining a handle aperture ; a tool separate from the utensil and including a tool aperture ; and a deformable connector selectively passing through the handle aperture and the tool aperture to maintain the utensil and the tool coupled together characterised in that the handle further includes a tab positioned to engage a portion of the tool aperture to limit movement between the utensil and the tool , and wherein the tab inhibits rotation of the tool relative to the utensil when the tab is engaged with the tool aperture . a utensil including a food portion and a handle defining a handle aperture ; a tool separate from the utensil and including a tool aperture ; and a deformable connector selectively passing through the handle aperture and the tool aperture to maintain the utensil and the tool coupled together characterised in that the handle further includes a tab positioned to engage a portion of the tool aperture to limit movement between the utensil and the tool , and wherein the tab inhibits rotation of the tool relative to the utensil when the tab is engaged with the tool aperture .
A method of fabricating a microelectromechanical system (MEMS) device, comprising: depositing an expandable material into a first recess of a cap wafer, the cap wafer including a plurality of walls that surround and define the first recess and a second recess, the expandable material not being deposited into the second recess, the plurality of walls including at least one dividing wall that separates the first recess from the second recess, the expandable material having an activation temperature at which the expandable material expands; bonding the cap wafer onto a MEMS wafer, the MEMS wafer including a first MEMS device and a second MEMS device which are integrated into the same MEMS wafer, the plurality of walls of the cap wafer being bonded to the MEMS wafer such that the first MEMS device is encapsulated in the first recess and the second MEMS device is encapsulated in the second recess, the bonding resulting in a first volume being sealed within the first recess and a second volume being sealed within the second recess, the first volume being sealed at a first pressure level and the second volume being sealed at a second pressure level; and heating the expandable material to the activation temperature such that the expandable material expands within the first recess. depositing an expandable material into a first recess of a cap wafer, the cap wafer including a plurality of walls that surround and define the first recess and a second recess, the expandable material not being deposited into the second recess, the plurality of walls including at least one dividing wall that separates the first recess from the second recess, the expandable material having an activation temperature at which the expandable material expands; bonding the cap wafer onto a MEMS wafer, the MEMS wafer including a first MEMS device and a second MEMS device which are integrated into the same MEMS wafer, the plurality of walls of the cap wafer being bonded to the MEMS wafer such that the first MEMS device is encapsulated in the first recess and the second MEMS device is encapsulated in the second recess, the bonding resulting in a first volume being sealed within the first recess and a second volume being sealed within the second recess, the first volume being sealed at a first pressure level and the second volume being sealed at a second pressure level; and heating the expandable material to the activation temperature such that the expandable material expands within the first recess.
A method for producing a solution containing high molecular weight isolated Streptococcus pneumoniae capsular polysaccharides wherein said polysaccharides comprise phosphodiester linkages between repeat units, the method comprising: a) preparing a fermentation culture of Streptococcus pneumoniae bacterial cells that produce capsular polysaccharides comprising a phosphodiester linkage between repeat units; b) supplying CO 2 to said fermentation culture; wherein supplying CO 2 to said fermentation culture comprises a first addition of NaHCO 3 to the fermentation culture at 10-50mM and a second addition of Na 2 CO 3; c) lysing the bacterial cells in said fermentation culture; and d) isolating Streptococcus pneumoniae capsular polysaccharides from said fermentation culture; wherein the molecular weight of said isolated Streptococcus pneumoniae capsular polysaccharide is at least 480 kDa, and wherein said Streptococcus pneumoniae capsular polysaccharides are serotype 19A. a) preparing a fermentation culture of Streptococcus pneumoniae bacterial cells that produce capsular polysaccharides comprising a phosphodiester linkage between repeat units; b) supplying CO 2 to said fermentation culture; wherein supplying CO 2 to said fermentation culture comprises a first addition of NaHCO 3 to the fermentation culture at 10-50mM and a second addition of Na 2 CO 3; c) lysing the bacterial cells in said fermentation culture; and d) isolating Streptococcus pneumoniae capsular polysaccharides from said fermentation culture;
Nozzle for spraying substances, in particular dispersions, emulsions or suspensions, the nozzle comprising a nozzle body having a nozzle tip and a longitudinal axis (X-X), wherein the nozzle body has an inner tube connected to a feed for the substance to be sprayed and equipped with an inner tube channel comprising an inner tube channel inner wall and an inner tube channel cross-section having an inner tube channel cross-sectional area , and with an inner tube discharge opening having an inner tube discharge opening area , and an outer tube enclosing the inner tube at a radial distance and connected to a feed for a gas, comprising an outer tube discharge opening having an outer tube discharge opening area , and wherein the inner tube discharge opening and the outer tube discharge opening are located in the region of the nozzle tip , wherein a constriction is provided in the inner tube channel carrying the substance to be sprayed at a distance from the inner tube discharge opening , wherein the inner tube channel cross-sectional area is smaller in the constriction than the inner tube channel cross-sectional area of an inner tube channel discharge section between the constriction and the inner tube discharge opening characterised in that the constriction is formed from a flexible material .
A client device for use in a cellular network providing location-based publications using a publish/subscribe protocol, comprising at least one processor and at least one memory storing program code instructions, wherein execution of the program code instructions at the processor cause the client device to: determine a geographical location relevant to the client device; determine a subscription geohash, to identify an area including the geographical location relevant to the client device; send a subscription to a server, the subscription having a subscription name comprising the subscription geohash. determine a geographical location relevant to the client device; determine a subscription geohash, to identify an area including the geographical location relevant to the client device; send a subscription to a server, the subscription having a subscription name comprising the subscription geohash.
An electronic apparatus comprising: a substrate ; a pixel defined layer defining a plurality of pixel areas and a plurality of non-pixel areas on the substrate ; a plurality of light-emitting diodes arranged on the plurality of pixel areas; and a thin film encapsulation portion comprising an organic film and sealing the pixel defined layer or both of the plurality of light-emitting diodes and the pixel defined layer , the thin film encapsulation portion further comprises at least one inorganic film, and the thin film encapsulation portion comprising a sealing unit in which the organic film and the inorganic film are stacked, in the number of n, n being an integer of 1 or more, wherein the organic film comprises a cured product of a composition for forming an organic film, the composition comprising a curable material and an ultraviolet (UV) absorber, and the composition for forming the organic film further comprises a photopolymerization initiator, characterized in that the curable material comprises at least one di(meth)acrylate compound and at least one mono(meth)acrylate compound. a substrate ; a pixel defined layer defining a plurality of pixel areas and a plurality of non-pixel areas on the substrate ; a plurality of light-emitting diodes arranged on the plurality of pixel areas; and a thin film encapsulation portion comprising an organic film and sealing the pixel defined layer or both of the plurality of light-emitting diodes and the pixel defined layer , the thin film encapsulation portion further comprises at least one inorganic film, and the thin film encapsulation portion comprising a sealing unit in which the organic film and the inorganic film are stacked, in the number of n, n being an integer of 1 or more, wherein the organic film comprises a cured product of a composition for forming an organic film, the composition comprising a curable material and an ultraviolet (UV) absorber, and the composition for forming the organic film further comprises a photopolymerization initiator, characterized in that the curable material comprises at least one di(meth)acrylate compound and at least one mono(meth)acrylate compound.
An amusement park ride for an amusement park, the amusement park ride comprising: a ride vehicle ; a sanitization system , the sanitization system comprising: a compartment disposed in the ride vehicle , wherein the compartment is configured to receive an article of the amusement park ride and to sanitize a surface of the article when the article is positioned within the compartment. a ride vehicle ; a sanitization system , the sanitization system comprising: a compartment disposed in the ride vehicle , wherein the compartment is configured to receive an article of the amusement park ride and to sanitize a surface of the article when the article is positioned within the compartment.
A motor vehicle seating arrangement comprising a pair of outboard seats spaced apart to define therebetween a gap into which an item of utility is fitted; wherein the item of utility is supported solely by the two outboard seats on a left hand side by a sliding connection with a right hand side of a left outboard seat of the pair of outboard seats and on a right hand side by a sliding connection with a left hand side of a right outboard seat of the pair of outboard seats; each of the outboard seats having a seat pedestal for mounting the respective seat on a floor of a motor vehicle so that each of the outboard seats is selectively movable in a fore-aft direction of the motor vehicle . wherein the item of utility is supported solely by the two outboard seats on a left hand side by a sliding connection with a right hand side of a left outboard seat of the pair of outboard seats and on a right hand side by a sliding connection with a left hand side of a right outboard seat of the pair of outboard seats; each of the outboard seats having a seat pedestal for mounting the respective seat on a floor of a motor vehicle so that each of the outboard seats is selectively movable in a fore-aft direction of the motor vehicle .