mhurhangee/patent-ind-claim-en huggingface dataset:
A portable patient monitor for medically monitoring a patient, the portable patient monitor comprising: at least one medical sensor to receive medical data relating to or received from a patient being monitored; memory to store the received medical data and a received vehicle identifier, which is associated with a vehicle; a communications module ; and a processor configured to: in a first mode to control the communications module to receive the vehicle identifier from a vehicle mounted communications device; generate patient data, associated with the patient being monitored, comprising the medical data and the vehicle identifier; and control the communications module to transmit the patient data to a remote server . at least one medical sensor to receive medical data relating to or received from a patient being monitored; memory to store the received medical data and a received vehicle identifier, which is associated with a vehicle; a communications module ; and a processor configured to: in a first mode to control the communications module to receive the vehicle identifier from a vehicle mounted communications device; generate patient data, associated with the patient being monitored, comprising the medical data and the vehicle identifier; and control the communications module to transmit the patient data to a remote server . in a first mode to control the communications module to receive the vehicle identifier from a vehicle mounted communications device; generate patient data, associated with the patient being monitored, comprising the medical data and the vehicle identifier; and control the communications module to transmit the patient data to a remote server .
A method of the production of a flexible soft die that has die structures for applying microstructures and/or nanostructures on substrates or soft dies by means of embossing an embossing material, wherein the die structures are coated at least partially with a coating , wherein the coating - is electrically conductive, - is earthed, wherein an earth contacts the coating , and - is transparent for UV-light for the hardening of the embossing material. - is electrically conductive, - is earthed, wherein an earth contacts the coating , and - is transparent for UV-light for the hardening of the embossing material.
A monitoring device with an optical sensor , by means of which object monitoring is carried out within a protective field , wherein two contour detection fields (Kl, K2) with at least approximately corresponding lengths are provided, wherein the lengths are dimensioned such that the contour detection fields (Kl, K2) project beyond the protective field and at least partially do not overlap there, wherein a third contour detection field (K3) projecting beyond the protective field and at least partially not overlapping with the first two contour detection fields (Kl, K2), which at least partially does not overlap, is provided and a time monitoring unit is provided, by means of which the temporal sequence of object interventions in the two first contour detection fields (K1, K2) can be checked, characterised in that object interventions are registered depending on whether and in what temporal sequence object interventions are registered in the first two contour detection fields and depending on whether or not there is an object intervention in the third contour detection field (K3); the protective field is enlarged or reduced.
A humidification system for a dispensing head of a dosing machine of fluid products, wherein said dispensing head comprises a closing device including a cup and a closing element having an upper open rim, said closing element being displaceable between an inoperative distal position with respect to said dispensing head and an operative proximal position wherein said upper rim of the closing element sealingly engages a lower edge of the dispensing head , said humidification system being designed to automatically generate a humid environment inside said cup in said operative proximal position of the closing element , and including a cooling device comprising a Peltier cell arranged within a forced flow duct of environmental air, and a collecting tank of the water condensed or frosted by said Peltier cell , a water supply circuit from said collecting tank to said cup , and an automatic control unit of the cooling device and of the supply circuit .
A filtration body comprising a layered double hydroxide having a crystallite size of 20 nm or less carried on a carrier including a thermally fusible fiber, wherein the layered double hydroxide is in the form of granules and is attached to the carrier by thermally fusing the thermally fusible fiber, wherein the carrier is reticulated carrying layered double hydroxide granules, that cannot pass through the mesh thereof and the filtration body comprises a plurality of kinds of the carriers having different mesh sizes, each having the layered double hydroxide carried thereon, wherein the carriers are sequentially laminated in such a manner that the carrier having a larger mesh size is placed in an upper part. wherein the layered double hydroxide is in the form of granules and is attached to the carrier by thermally fusing the thermally fusible fiber, wherein the carrier is reticulated carrying layered double hydroxide granules, that cannot pass through the mesh thereof and the filtration body comprises a plurality of kinds of the carriers having different mesh sizes, each having the layered double hydroxide carried thereon, wherein the carriers are sequentially laminated in such a manner that the carrier having a larger mesh size is placed in an upper part.
Process for evaluating the flexibility of an injectable gel, the process comprising: subjecting the injectable gel to oscillating mechanical stresses to determine elastic modulus (G') and viscous modulus (G") of the injectable gel as a function of strain (γ) in an amplitude sweep of the injectable gel; determining the strain (γ cross ) at a crossover point of the amplitude sweep of the injectable gel, wherein the crossover point of the amplitude sweep is where the elastic modulus (G') and the viscous modulus (G") have the same value; determining the flexibility of the injectable gel as the strain at the crossover point of the amplitude sweep of the injectable gel (γ cross ); the process being characterised in that it further comprises comparing the flexibility of the injectable gel with a flexibility value of a reference gel, wherein flexibility of the injectable gel higher than the flexibility value of the reference gel indicates that the injectable gel is more suitable than the reference gel for being implanted at facial regions that are subjected to movement. subjecting the injectable gel to oscillating mechanical stresses to determine elastic modulus (G') and viscous modulus (G") of the injectable gel as a function of strain (γ) in an amplitude sweep of the injectable gel; determining the strain (γ cross ) at a crossover point of the amplitude sweep of the injectable gel, wherein the crossover point of the amplitude sweep is where the elastic modulus (G') and the viscous modulus (G") have the same value; determining the flexibility of the injectable gel as the strain at the crossover point of the amplitude sweep of the injectable gel (γ cross ); the process being characterised in that it further comprises comparing the flexibility of the injectable gel with a flexibility value of a reference gel, wherein flexibility of the injectable gel higher than the flexibility value of the reference gel indicates that the injectable gel is more suitable than the reference gel for being implanted at facial regions that are subjected to movement.
A horn speaker , comprising: a speaker unit that generates a sound wave by converting an electric signal into a sound wave signal; an enclosure including a primary case and a secondary case for housing the speaker unit, the primary case having a primary inner section , and the secondary case having a secondary inner section ; a seating groove and a discharge outlet formed on the primary inner section of the primary case, the seating groove separated from the discharge outlet by a partition wall , and the discharge outlet in sonic communication with the secondary inner section; and a seating portion on which the speaker unit is seated to guide sound waves generated from the speaker unit for collection into the seating groove, the seating portion formed in the secondary inner section of the secondary case, the partition wall formed to guide the collected sound waves through the secondary inner section and into the discharge outlet, and the discharge outlet formed to expand the collected sound waves and discharge them outside of the enclosure. a speaker unit that generates a sound wave by converting an electric signal into a sound wave signal; an enclosure including a primary case and a secondary case for housing the speaker unit, the primary case having a primary inner section , and the secondary case having a secondary inner section ; a seating groove and a discharge outlet formed on the primary inner section of the primary case, the seating groove separated from the discharge outlet by a partition wall , and the discharge outlet in sonic communication with the secondary inner section; and a seating portion on which the speaker unit is seated to guide sound waves generated from the speaker unit for collection into the seating groove, the seating portion formed in the secondary inner section of the secondary case, the partition wall formed to guide the collected sound waves through the secondary inner section and into the discharge outlet, and the discharge outlet formed to expand the collected sound waves and discharge them outside of the enclosure.
A curable resin composition comprising ingredients (A) to (D) : ingredient (A): a polyisobutylene having one or more alkenyl groups in one molecule ingredient (B): a compound having one or more hydrosilyl groups in one molecule ingredient (C): a hydrosilylation catalyst ingredient (D): a polydiorganosiloxane oligomer having one or more ethylenically unsaturated groups and one or more alkoxysilyl groups in one molecule, wherein the amount of the ingredient (D) is 0.1 to 30 parts by mass relative to 100 parts by mass of the ingredient (A). ingredient (A): a polyisobutylene having one or more alkenyl groups in one molecule ingredient (B): a compound having one or more hydrosilyl groups in one molecule ingredient (C): a hydrosilylation catalyst ingredient (D): a polydiorganosiloxane oligomer having one or more ethylenically unsaturated groups and one or more alkoxysilyl groups in one molecule, wherein the amount of the ingredient (D) is 0.1 to 30 parts by mass relative to 100 parts by mass of the ingredient (A).
A fire resistant glass comprising a layer composite, which comprises at least one glass substrate, at least one IR-reflecting layer being deposited on the glass substrate and at least one protective layer each being applied onto the at least one IR-reflecting layer, wherein with the fire resistant glass according to DIN EN 13501- 02: 2007 a fire-resistance rating of higher than EW 60 is achieved, wherein each of both sides of the fire resistant glass has a surface area in a range of 0.0625 m 2 to 10 m 2 and wherein the IR-reflecting layer is a layer containing silver.
A method of rendering shadows in a graphical display of a three-dimensional virtual environment comprising: generating with a first processor in a server computing device a depth rasterization map corresponding to a plurality of objects in a three-dimensional virtual environment; generating with the first processor in the server computing device a shadow interval map with reference to the depth rasterization map and a predetermined path of a light source in the three-dimensional virtual environment that casts light onto at least one object in the plurality of objects that generates a shadow in the three-dimensional virtual environment, wherein said shadow interval map stores light visibility information of each surface point visible from a top of a scene of the three-dimensional virtual environment; transmitting from the server the shadow interval map to a client computing device ; and generating with a second processor in the client computing device a graphical depiction of the three-dimensional virtual environment including at least one shadow generated with reference to the shadow interval map from the server computing device , the at least one shadow corresponding to the light source and the plurality of objects in the three-dimensional virtual environment, said method further comprising: generating with the first processor in the server computing device a first shadow interval map corresponding to a first portion of the predetermined path of the light source during a first time interval in the three-dimensional virtual environment; generating with the first processor in the server computing device a second shadow interval map corresponding to a second portion of the predetermined path of the light source during a second time interval in the three-dimensional virtual environment, the second time interval being different than the first time interval and the second shadow interval map including at least one object in the three dimensional virtual environment that generates a shadow during the second time interval that is not generated during the first time interval.
A wireless sensing system and a switchgear , the wireless sensing system comprising: a second set of one or more wireless sensors provided in a first compartment of the switchgear and mounted to a fix contact of a circuit breaker in the switchgear , the second set of one or more wireless sensors being configured to sense a temperature of the fix contact to generate a second sensor signal representing the temperature of the fix contact ; a sensor holder having a ring shape, wherein the second set of one or more wireless sensors is mounted to the fix contact of the circuit breaker by the sensor holder , wherein the circuit breaker is provided in the first compartment , and the sensor holder is configured to fix the second set of one or more wireless sensors between the fix contact and the sensor holder ; the wireless sensing system further comprising: a first antenna provided in the first compartment and configured to receive the second sensor signal from the second set of one or more wireless sensors . a second set of one or more wireless sensors provided in a first compartment of the switchgear and mounted to a fix contact of a circuit breaker in the switchgear , the second set of one or more wireless sensors being configured to sense a temperature of the fix contact to generate a second sensor signal representing the temperature of the fix contact ; a sensor holder having a ring shape, wherein the second set of one or more wireless sensors is mounted to the fix contact of the circuit breaker by the sensor holder , wherein the circuit breaker is provided in the first compartment , and the sensor holder is configured to fix the second set of one or more wireless sensors between the fix contact and the sensor holder ; the wireless sensing system further comprising: a first antenna provided in the first compartment and configured to receive the second sensor signal from the second set of one or more wireless sensors .
An electrochemical gas sensor, comprising: - an electrochemical cell including an electrolyte matrix , wherein the matrix reposits an electrolyte; a working electrode coupled to the electrolyte matrix at a first location; and a counter electrode coupled to the electrolyte matrix at a second location; and - an electrical circuit which includes a potentiostat, is coupled to the working electrode and the counter electrode , and is configured to generate an output signal in response to an electrical current which flows between the working electrode and the counter electrode in response to a presence of a target substance, characterized in that both the electrochemical cell and the potentiostat are co-integrated within a single silicon die ; wherein the electrochemical sensor has a stacked configuration, wherein the electrical circuit with the potentiostat and the electrochemical cell are stacked together within the silicon die . - an electrochemical cell including an electrolyte matrix , wherein the matrix reposits an electrolyte; a working electrode coupled to the electrolyte matrix at a first location; and a counter electrode coupled to the electrolyte matrix at a second location; and - an electrical circuit which includes a potentiostat, is coupled to the working electrode and the counter electrode , and is configured to generate an output signal in response to an electrical current which flows between the working electrode and the counter electrode in response to a presence of a target substance,
A device for producing pulverulent plastics with as spherical a structure as possible, wherein a hot melt of a product is sprayed and cooled off, comprising a container delimiting an interior space , a nozzle device , which is disposed in an upper region of the interior space and which is connected to a supplying conveyor pipe for the hot melt of the product , wherein the melt exits the nozzle device and separates into small droplets that fall downward in the interior space , a supply unit for a cryogas, preferably CO 2 or N 2 , having several outlet openings, which are disposed in a circumferentially distributed manner and to which the cryogas is supplied in a predominantly liquid state, and which a cryogas flow, which comes into contact with the small droplets, exits into the interior space , and a pneumatic discharge device in the lower region of the interior space for discharging the cooled-off, pulverulent substance, characterized in that the supply unit is located above or at the same level as the nozzle device , that the hot melt of the product exits the nozzle device in the shape of a spray cone, that the cryogas flow exits the supply unit in the shape of a cone, and that the spray cone is located within the cone of the cryogas flow.
A method of processing a broadcast service at a Primary Device, PD, the method comprising: performing a discovery process with a Companion Device, CD, application in a CD based on an endpoint for the PD; establishing a connection between the PD and the CD based on an endpoint corresponding to a WebSocket endpoint; receiving a subscription message via the connection, the subscription message including information for identifying a name of a PD-CD service from the CD, the name of the PD-CD service including a service guide; transmitting, through the connection, a message for service and content identification including a content element for content data, the content element including location information for access to the content data; and transmitting service guide information based on an endpoint corresponding to a HTTP endpoint, the service guide information including partial service guide information or full service guide information in response to a request of the CD. performing a discovery process with a Companion Device, CD, application in a CD based on an endpoint for the PD; establishing a connection between the PD and the CD based on an endpoint corresponding to a WebSocket endpoint; receiving a subscription message via the connection, the subscription message including information for identifying a name of a PD-CD service from the CD, the name of the PD-CD service including a service guide; transmitting, through the connection, a message for service and content identification including a content element for content data, the content element including location information for access to the content data; and transmitting service guide information based on an endpoint corresponding to a HTTP endpoint, the service guide information including partial service guide information or full service guide information in response to a request of the CD.
An expandable cell matrix system for a mattress, pillow or cushion structure, comprising a plurality of cells ; a port for introducing fluid into and withdrawing fluid from the plurality of cells ; wherein the cell matrix system is formed by sealing together a plurality of sheets of material to form a mattress, pillow or cushion structure; wherein the plurality of cells creates an array of cells at least two of which are in fluid communication with each other to allow for introduction and withdrawal of fluid to the array of cells via the port; and characterized in that the cell matrix is manufactured using a continuous manufacturing process comprising creating a plurality of folds in the plurality of sheets of material and gusset sealing each fold combined with cross sealing, vertical sealing and/or donut sealing to create a cell shape; and in that the cell matrix is adapted to be stored in a substantially flat form when un-inflated ; and wherein the cell matrix is adapted to provide support when inflated with a fluid. a plurality of cells ; a port for introducing fluid into and withdrawing fluid from the plurality of cells ; wherein the cell matrix system is formed by sealing together a plurality of sheets of material to form a mattress, pillow or cushion structure; wherein the plurality of cells creates an array of cells at least two of which are in fluid communication with each other to allow for introduction and withdrawal of fluid to the array of cells via the port; and characterized in that the cell matrix is manufactured using a continuous manufacturing process comprising creating a plurality of folds in the plurality of sheets of material and gusset sealing each fold combined with cross sealing, vertical sealing and/or donut sealing to create a cell shape; and in that the cell matrix is adapted to be stored in a substantially flat form when un-inflated ; and wherein the cell matrix is adapted to provide support when inflated with a fluid.
A dispensing system comprising at least one dispenser for a flowable medium such as soap, foam soap, disinfectants or the like, or for paper, comprising an outlet opening on the underside, comprising a sensor in the area of the outlet opening , which emits a sensor signal when a person is detected, and comprising an electric pump which is caused by the sensor signal of the sensor to dispense a portion of the flowable medium through the outlet opening , or comprising an electric drive which is caused by the sensor signal of the sensor to dispense a sheet of the paper through the outlet opening , the dispenser having a switch which, by being operated, prevents the activation of the electric pump or, respectively, of the electric drive by the sensor signal of the sensor , the switch being a contactlessly remote-controllable switch which has a switching unit and a command receiving unit actuating the switching unit , the command receiving unit being configured to directly or indirectly receive command signals (B) from a remote control transmitter and to evaluate them and to actuate the switching unit depending on the result of the evaluation, the switch being arranged inside the dispenser , and comprising at least one remote control transmitter which is configured to transmit a command signal (B) for actuating the contactlessly remote-controllable switch within the dispenser , characterized in that the dispensing system has a remote server which is configured to communicate with the at least one dispenser and the at least one remote control transmitter and that the remote control transmitter is configured to receive from the remote server a list of identification numbers (ID) of those dispensers it is authorized to operate.