mhurhangee/patent-ind-claim-en huggingface dataset:
A guide wire for biological pressure measurement comprising: a tube extending along a longitudinal axis of the guide wire, wherein the tube has an internal surface defining a space in the tube; and a pressure sensor configured for biological pressure measurement, at least a portion of the pressure sensor being mounted in the space in the tube, wherein the tube includes at least one distal opening configured to allow fluid to enter the space in the tube, and characterized in that , a dissolvable hydrophilic material is coated on at least one of the internal surface of the tube, and/or a surface of the pressure sensor. a tube extending along a longitudinal axis of the guide wire, wherein the tube has an internal surface defining a space in the tube; and a pressure sensor configured for biological pressure measurement, at least a portion of the pressure sensor being mounted in the space in the tube, wherein the tube includes at least one distal opening configured to allow fluid to enter the space in the tube, and characterized in that , a dissolvable hydrophilic material is coated on at least one of the internal surface of the tube, and/or a surface of the pressure sensor.
A speech recognition apparatus, comprising: recognition means adapted to carry out a speech recognition process of recognizing the speech words of a user; operation means adapted to receive an operation to start the speech recognition process from the user; and display means adapted to display a speech list including at least one of speech words recognizable by the recognition means and a prohibition character indicative of prohibition of speech in the upper side of the speech list , when the operation means receives the operation; wherein a set-up period of time is necessary from a time when the operation means receives the operation to a time when the recognition means is ready to carry out the speech recognition process; wherein the speech recognition process is started after the set-up period of time has been ended; and wherein the display means is adapted to display a permission character indicative of permission of speech after the set-up period has been ended, and continues to display the at least one of speech words recognizable by the recognition means until after the speech recognition process has started. recognition means adapted to carry out a speech recognition process of recognizing the speech words of a user; operation means adapted to receive an operation to start the speech recognition process from the user; and display means adapted to display a speech list including at least one of speech words recognizable by the recognition means and a prohibition character indicative of prohibition of speech in the upper side of the speech list , when the operation means receives the operation; wherein a set-up period of time is necessary from a time when the operation means receives the operation to a time when the recognition means is ready to carry out the speech recognition process; wherein the speech recognition process is started after the set-up period of time has been ended; and wherein the display means is adapted to display a permission character indicative of permission of speech after the set-up period has been ended, and continues to display the at least one of speech words recognizable by the recognition means until after the speech recognition process has started.
A process for the oligomerization of ethylene into alpha-olefins, comprising: - a step for oligomerization of the ethylene in a reaction section comprising a reactor , in the presence of a catalyst, and optionally a diluent, - a step for deactivation of the catalyst contained in the reaction effluent, - a step for evaporation of the products contained in the reaction effluent in order to separate them from the deactivated catalyst, carried out in an evaporation section , - a step for separation of the products contained in the reaction effluent in a separation section , said reactor being provided with at least one cooling loop (100a/b, 101ab, 102a/b), by means of which the reaction medium is caused to move through at least two switchable heat exchangers which are capable of being connected to at least one cooling loop in a manner such that when at least one heat exchanger is operatively connected to at least one cooling loop, the other disconnected heat exchanger undergoes a step for cleaning the polymer deposited in the disconnected heat exchanger by means of a cleaning device in which a solvent which is capable of cleaning said heat exchanger is caused to move in a loop, the cleaning device comprising: - a storage drum for the cleaning solvent, - a heat exchanger for heating the cleaning solvent to a temperature above 130°C in a manner such as to allow the polymer deposited in the disconnected heat exchanger to be dissolved; - a recirculation pump for moving the cleaning solvent in a loop in the cleaning device between the cleaning solvent storage drum , the heat exchanger for the cleaning solvent and the disconnected heat exchanger which is to be cleaned, in which at least a portion of the charged cleaning solvent is sent to the evaporation section as a mixture with a portion of the reaction effluent either upstream or downstream of a heat exchanger of said evaporation section when this heat exchanger is present. - a step for oligomerization of the ethylene in a reaction section comprising a reactor , in the presence of a catalyst, and optionally a diluent, - a step for deactivation of the catalyst contained in the reaction effluent, - a step for evaporation of the products contained in the reaction effluent in order to separate them from the deactivated catalyst, carried out in an evaporation section , - a step for separation of the products contained in the reaction effluent in a separation section , - a storage drum for the cleaning solvent, - a heat exchanger for heating the cleaning solvent to a temperature above 130°C in a manner such as to allow the polymer deposited in the disconnected heat exchanger to be dissolved; - a recirculation pump for moving the cleaning solvent in a loop in the cleaning device between the cleaning solvent storage drum , the heat exchanger for the cleaning solvent and the disconnected heat exchanger which is to be cleaned,
A method for receiving a specific communication service data using a plurality of frequency bands each of which can be used to provide individual communication service, the method comprising: receiving, by a communication device, a control channel through at least one of the plurality of frequency bands available to the specific communication service, the control channel comprising control information about a plurality of data channels; and receiving, by the communication device, the plurality of data channels comprising the specific communication service data through two or more of the plurality of frequency bands based on the control information of the control channel, wherein the control information about the plurality of data channels includes at least one of information about which frequency bands are used to transmit the plurality of data channels and information about a configuration of the data channels, characterized in that the control information about the plurality of data channel is acquired by performing scanning on the plurality of frequency bands, wherein the scanning is performed based on information on which of the plurality of frequency bands the scanning can be performed and on which of the plurality of frequency bands the scanning cannot be performed. receiving, by a communication device, a control channel through at least one of the plurality of frequency bands available to the specific communication service, the control channel comprising control information about a plurality of data channels; and receiving, by the communication device, the plurality of data channels comprising the specific communication service data through two or more of the plurality of frequency bands based on the control information of the control channel, wherein the control information about the plurality of data channels includes at least one of information about which frequency bands are used to transmit the plurality of data channels and information about a configuration of the data channels, characterized in that the control information about the plurality of data channel is acquired by performing scanning on the plurality of frequency bands, wherein the scanning is performed based on information on which of the plurality of frequency bands the scanning can be performed and on which of the plurality of frequency bands the scanning cannot be performed.
Refrigeration appliance, in particular a household refrigeration appliance, having an inner container with an open front side and a main cavity deep-drawn in the depth direction of the inner container , and also with an upwardly deep-drawn protrusion on a ceiling of the main cavity , the refrigeration appliance furthermore having a built-in part (19; 22), at least one contact area, which is deep-drawn in the depth direction, for the built-in part (19; 22), and an adapter , wherein the distance between the contact area, which is deep-drawn in the depth direction, for the built-in part (19; 22) and a lowest point of the ceiling is less than the height of the protrusion , wherein the built-in part (19; 22) is held at a support point of the inner container via the adapter and the adapter is in contact with the contact area and extends along a side wall of the inner container in relation thereto.
A method for implementing uplink resource indication, comprising: receiving, by a user terminal, an uplink resource grant indication, ul grant, carrying an uplink resource index from a base station; resolving, by the user terminal, the uplink resource index from the ul grant; and performing, by the user terminal according to an indicated in advance corresponding relation between the uplink resource index and one or two uplink time domain resources , resource grant on the one or two uplink time domain resources corresponding to the uplink resource index; wherein the uplink resource index is one of a plurality of uplink resource indices, each of the plurality of uplink resource indices corresponds to either one group of one uplink time domain resource or one group of two uplink time domain resources , at least one of the plurality of uplink resource indices corresponds to one group of one uplink time domain resource, at least another one of the plurality of uplink resource indices corresponds to one group of two uplink time domain resources , and the uplink time domain resources in each group are not completely the same. receiving, by a user terminal, an uplink resource grant indication, ul grant, carrying an uplink resource index from a base station; resolving, by the user terminal, the uplink resource index from the ul grant; and performing, by the user terminal according to an indicated in advance corresponding relation between the uplink resource index and one or two uplink time domain resources , resource grant on the one or two uplink time domain resources corresponding to the uplink resource index; wherein the uplink resource index is one of a plurality of uplink resource indices, each of the plurality of uplink resource indices corresponds to either one group of one uplink time domain resource or one group of two uplink time domain resources , at least one of the plurality of uplink resource indices corresponds to one group of one uplink time domain resource, at least another one of the plurality of uplink resource indices corresponds to one group of two uplink time domain resources , and the uplink time domain resources in each group are not completely the same.
A chamber for encapsulating secreting cells producing at least one substance of therapeutic interest, comprising a closed shell made of a semi-permeable membrane, delimiting a space capable of containing said secreting cells producing at least one substance of therapeutic interest, characterized in that said membrane comprises a layer of biocompatible non-woven polymer located between two layers of porous biocompatible polymers.
Control member for a component that is movably attached to a motor vehicle body , in particular a door or panel, wherein the control member can be arranged between the body and the movable component such that a relative movement between the body and the movable component can be influenced by means of the control member , comprising at least one actuator , wherein a force can be applied to the movable part by means of the actuator , comprising a control unit , wherein the control unit cooperates with at least one sensor for detecting an operating position of the control member , wherein an output shaft is provided for the movable component and a torsion of the output shaft can be detected directly by means of the sensor , wherein the output shaft can be driven by means of a gear segment , characterized in that the output shaft moves a control means by means of a drive lever in order to generate the relative movement between the movable component and the body , wherein two sensors , in particular two rotational angle sensors , are arranged directly and at different axial ends of the output shaft , wherein the drive lever and the gear segment are arranged on the output shaft and between the sensors . wherein the control unit cooperates with at least one sensor for detecting an operating position of the control member , wherein an output shaft is provided for the movable component and a torsion of the output shaft can be detected directly by means of the sensor , wherein the output shaft can be driven by means of a gear segment , characterized in that the output shaft moves a control means by means of a drive lever in order to generate the relative movement between the movable component and the body , wherein two sensors , in particular two rotational angle sensors , are arranged directly and at different axial ends of the output shaft , wherein the drive lever and the gear segment are arranged on the output shaft and between the sensors .
A thermal management system for a hybrid/electric vehicle (H/EV) having a vehicle chassis thermal loop including a fluid, a circulation pump, and one or more lines through which the fluid flows, the thermal management system comprising: a component thermal loop comprising the fluid and one or more lines configured to be in contact with a portion of a component through or around which the fluid flows; the component thermal loop is configured for being coupled to the vehicle chassis thermal loop; and the component thermal loop having at least a portion of the one or more lines being a plastic heated line; wherein the plastic heated line is configured to heat the fluid to a temperature that is at or above a cold operating temperature predetermined for the component and wherein this temperature is in the range of 0°C to 70°C. a component thermal loop comprising the fluid and one or more lines configured to be in contact with a portion of a component through or around which the fluid flows; the component thermal loop is configured for being coupled to the vehicle chassis thermal loop; and the component thermal loop having at least a portion of the one or more lines being a plastic heated line; wherein the plastic heated line is configured to heat the fluid to a temperature that is at or above a cold operating temperature predetermined for the component and wherein this temperature is in the range of 0°C to 70°C.
A protective coating system comprising: a turbine engine component substrate formed of a ceramic matrix composite material; an environmental barrier coating layer comprising a rare earth disilicate material formed directly on the substrate; and a thermal barrier coating layer comprising a porous rare earth monosilicate material having a metal silicate material infiltrated within at least a portion of the pores formed directly on the environmental barrier coating layer. a turbine engine component substrate formed of a ceramic matrix composite material; an environmental barrier coating layer comprising a rare earth disilicate material formed directly on the substrate; and a thermal barrier coating layer comprising a porous rare earth monosilicate material having a metal silicate material infiltrated within at least a portion of the pores formed directly on the environmental barrier coating layer.
Actuating device for actuating a vehicle function, having a cover element , the cover element having an operating region which is directed outwards and is formed at least partially from electrically conductive metallic material, the operating region being electrically decoupled from the remaining components, wherein a light distributing device with a light source arranged below or in the light distributing device is arranged below the cover element , wherein the light source and the light distributing device are arranged for backlighting the cover element , wherein the light distributing device is made of an electrically insulating transparent plastic and galvanically decouples the cover element from the other elements, wherein a circuit board with a capacitive sensor is arranged under the light distributing device in such a way that the capacitive sensor is capacitively coupled to the operating region , wherein a control and evaluation circuit is coupled to the light source and the capacitive sensor to switch the light source in response to an approach, characterized in in that a switch is arranged below the cover element , on the circuit board , and the cover element is arranged movably with respect to the switch, so that switch actuation takes place by mechanical action on the cover element . a cover element , the cover element having an operating region which is directed outwards and is formed at least partially from electrically conductive metallic material, the operating region being electrically decoupled from the remaining components, wherein a light distributing device with a light source arranged below or in the light distributing device is arranged below the cover element , wherein the light source and the light distributing device are arranged for backlighting the cover element , wherein the light distributing device is made of an electrically insulating transparent plastic and galvanically decouples the cover element from the other elements, wherein a circuit board with a capacitive sensor is arranged under the light distributing device in such a way that the capacitive sensor is capacitively coupled to the operating region , wherein a control and evaluation circuit is coupled to the light source and the capacitive sensor to switch the light source in response to an approach, characterized in in that a switch is arranged below the cover element , on the circuit board , and the cover element is arranged movably with respect to the switch, so that switch actuation takes place by mechanical action on the cover element .
A respiratory therapy system , comprising: an inspiratory conduit ; an expiratory port ; a patient interface fluidly coupled to the inspiratory conduit and the expiratory port, the patient interface configured to be fluidly coupled to a patient; a first carbon dioxide sensor fluidly coupled to the expiratory port and configured to determine a first amount of carbon dioxide in a first gas; and a second carbon dioxide sensor fluidly coupled to the inspiratory port and configured to determine a second amount of carbon dioxide in a second gas, wherein the first carbon dioxide sensor provides an indication of whether the patient interface is fluidly coupled to the patient based on a comparison between the first amount to the second amount. an inspiratory conduit ; an expiratory port ; a patient interface fluidly coupled to the inspiratory conduit and the expiratory port, the patient interface configured to be fluidly coupled to a patient; a first carbon dioxide sensor fluidly coupled to the expiratory port and configured to determine a first amount of carbon dioxide in a first gas; and a second carbon dioxide sensor fluidly coupled to the inspiratory port and configured to determine a second amount of carbon dioxide in a second gas, wherein the first carbon dioxide sensor provides an indication of whether the patient interface is fluidly coupled to the patient based on a comparison between the first amount to the second amount.
A nonwoven fabric, comprising: (i) continuous fibers; and (ii) a blend of staple fibers comprising (a) hydrophobic polyester staple fibers, (b) bicomponent staple fibers substantially devoid of micro-pores, micro-channels, or both, (c) microfiber staple fibers having a plurality of micro-pores and/or micro-channels defined by a plurality of split portions, and (d) wettable staple fibers comprising cellulosic fibers, hydrophilic-modified polyester staple fibers having a hydrophilic finish coated thereon, or both; wherein the plurality of split portions have a decitex (dtex) value of less than 1 dtex; wherein the continuous fibers are mechanically entangled with the blend of staple fibers to define the nonwoven fabric. (i) continuous fibers; and (ii) a blend of staple fibers comprising (a) hydrophobic polyester staple fibers, (b) bicomponent staple fibers substantially devoid of micro-pores, micro-channels, or both, (c) microfiber staple fibers having a plurality of micro-pores and/or micro-channels defined by a plurality of split portions, and (d) wettable staple fibers comprising cellulosic fibers, hydrophilic-modified polyester staple fibers having a hydrophilic finish coated thereon, or both; wherein the plurality of split portions have a decitex (dtex) value of less than 1 dtex;
A sealing profile to be embedded in a moulded part of a curable material, in particular a concrete or plastic moulded part, wherein the sealing profile extends strand-like in a longitudinal direction and has at least one anchoring foot for anchoring the sealing profile in the moulded part , characterised in that the at least one anchoring foot has recesses , reductions in cross-section , thickenings in cross-section , and/or projections , which extend discontinuously in the longitudinal direction of the sealing profile .