mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device comprising: an elongated body having an outer surface with a contact area for contacting the skin after insertion, a tip at a distal end and a proximal end, said distal end of said device adapted for inserting into or through the skin of a patient; an inner lubricious coating on said tip at said distal end, where said inner lubricious coating is a crosslinked polysiloxane polymer; an outer lubricious coating applied on said inner lubricious coating on said tip at said distal end and on said contact area on said outer surface of said elongated body to assist insertion of said elongated body into said skin, said outer lubricious coating is an uncrosslinked silicone polymer; said contact area of said outer surface of said elongated body having at least a portion thereof with a coefficient of friction higher than said inner lubricious coating to inhibit movement of said elongated body with respect to the skin after insertion and to inhibit irritation of the skin, where said outer lubricious coating is removable from said inner lubricious coating and said contact area of said elongated body at the insertion site during or after insertion by contact with body fluids or removable by a shearing action to expose the contact area of said outer surface of said elongated body at the insertion site. an elongated body having an outer surface with a contact area for contacting the skin after insertion, a tip at a distal end and a proximal end, said distal end of said device adapted for inserting into or through the skin of a patient; an inner lubricious coating on said tip at said distal end, where said inner lubricious coating is a crosslinked polysiloxane polymer; an outer lubricious coating applied on said inner lubricious coating on said tip at said distal end and on said contact area on said outer surface of said elongated body to assist insertion of said elongated body into said skin, said outer lubricious coating is an uncrosslinked silicone polymer; said contact area of said outer surface of said elongated body having at least a portion thereof with a coefficient of friction higher than said inner lubricious coating to inhibit movement of said elongated body with respect to the skin after insertion and to inhibit irritation of the skin, where said outer lubricious coating is removable from said inner lubricious coating and said contact area of said elongated body at the insertion site during or after insertion by contact with body fluids or removable by a shearing action to expose the contact area of said outer surface of said elongated body at the insertion site.
A respirator configured to provide air to a protective device , comprising: - a filter configured to filter the air; - a blower fan configured to provide continuous air flow at variable speeds; - an air duct configured to direct air from the blower fan to an exhaust location, the blower fan configured to blow air through the air duct ; and - a blower controller configured to control the blower fan to adjust an airflow speed of the blower fan within an airflow speed range according to an airflow speed pattern, characterized in that the airflow speed pattern comprises multiple airflow speeds and each airflow speed is for a certain corresponding amount of time. - a filter configured to filter the air; - a blower fan configured to provide continuous air flow at variable speeds; - an air duct configured to direct air from the blower fan to an exhaust location, the blower fan configured to blow air through the air duct ; and - a blower controller configured to control the blower fan to adjust an airflow speed of the blower fan within an airflow speed range according to an airflow speed pattern,
A dynamic multidirectional film watching system, comprising: a film watching system base ; a motor arranged on the film watching system base ; a film watching platform base fixedly arranged on the film watching system base ; a film watching platform arranged in a rolling arrangement on the film watching platform base and comprising a plurality of rows of seats ; a roller ; a transmission cable with one end of the transmission cable arranged on the roller and the other end of the transmission cable fixedly arranged on one end of the film watching platform which is close to or far away from a screen ; characterized in that the roller is arranged on a rotation shaft of the motor ; a gravity center of the film watching platform is located at the end of the film watching platform which is far away from the screen ; the motor is arranged at the end of the film watching platform which is close to the screen ; wherein the rotation shaft of the motor is controllable to rotate towards a direction in which the transmission cable is wound on the roller , such that the film watching platform rolls on the film watching platform base towards the screen until the film watching platform reaches a specific inclination angle. a film watching system base ; a motor arranged on the film watching system base ; a film watching platform base fixedly arranged on the film watching system base ; a film watching platform arranged in a rolling arrangement on the film watching platform base and comprising a plurality of rows of seats ; a roller ; a transmission cable with one end of the transmission cable arranged on the roller and the other end of the transmission cable fixedly arranged on one end of the film watching platform which is close to or far away from a screen ; characterized in that the roller is arranged on a rotation shaft of the motor ; a gravity center of the film watching platform is located at the end of the film watching platform which is far away from the screen ; the motor is arranged at the end of the film watching platform which is close to the screen ; wherein the rotation shaft of the motor is controllable to rotate towards a direction in which the transmission cable is wound on the roller , such that the film watching platform rolls on the film watching platform base towards the screen until the film watching platform reaches a specific inclination angle.
Method for nebulizing a fluid with a nebulizer , wherein the nebulizer comprises a fluid pump for withdrawing a dose of the fluid from a container and pressing the respective dose with an operational pressure of 5 to 250 MPa, in particular 10 to 50 MPa, through a nozzle with at least one nozzle channel , preferably at least two nozzle channels , having a hydraulic diameter in the range of 3 to 20 microns, in particular 4 to 12 microns, most preferably 5 to 8 microns, characterized in that the fluid is a liposomal fluid which is fabricated / produced from at least two components, wherein the at least two components are stored within at least two (initially) fluidically separate chambers in the container , each chamber containing one of the at least two components, and wherein shortly before nebulizing fluid from the container with the nebulizer, the chambers are fluidically connected, so that at least one of the components is at least partly transferred into the other / into one of the other chambers, so that the at least two components are combined for fabricating / producing the liposomal fluid. that the fluid is a liposomal fluid which is fabricated / produced from at least two components, wherein the at least two components are stored within at least two (initially) fluidically separate chambers in the container , each chamber containing one of the at least two components, and wherein shortly before nebulizing fluid from the container with the nebulizer, the chambers are fluidically connected, so that at least one of the components is at least partly transferred into the other / into one of the other chambers, so that the at least two components are combined for fabricating / producing the liposomal fluid.
A method of production of retinal pigment epithelial (RPE) cells comprising: (a) culturing human pluripotent stem cells in a human feeder cell-conditioned medium to obtain a cultured population of human pluripotent stem cells, wherein said culturing step occurs in the absence of feeder cells; (b) differentiating said cultured population of human pluripotent stem cells in a medium comprising a differentiating agent to obtain differentiating cells; and (c) further differentiating said differentiating cells in a medium comprising one or more members of the TGFβ superfamily. (a) culturing human pluripotent stem cells in a human feeder cell-conditioned medium to obtain a cultured population of human pluripotent stem cells, wherein said culturing step occurs in the absence of feeder cells; (b) differentiating said cultured population of human pluripotent stem cells in a medium comprising a differentiating agent to obtain differentiating cells; and (c) further differentiating said differentiating cells in a medium comprising one or more members of the TGFβ superfamily.
Method for detecting a critical state in at least one battery cell of a battery, wherein a monitoring apparatus is provided, and the monitoring apparatus records a measured voltage at the battery cell and determines a modelled voltage from a model, comprising the following steps of a) comparing a measured change in the measured voltage of the battery cell with a modelled change in the modelled voltage , wherein a comparison signal of the battery cell is determined on the basis of this comparison, b) evaluating the comparison signal of the battery cell in order to detect the critical state, characterized by the following step of c) comparing an average comparison signal , in particular formed from further comparison signals of at least two or more or all further battery cells of the battery, with the comparison signal of the battery cell, in particular the individual battery cell, in order to determine a first evaluation signal . a monitoring apparatus is provided, and the monitoring apparatus records a measured voltage at the battery cell and determines a modelled voltage from a model, comprising the following steps of a) comparing a measured change in the measured voltage of the battery cell with a modelled change in the modelled voltage , wherein a comparison signal of the battery cell is determined on the basis of this comparison, b) evaluating the comparison signal of the battery cell in order to detect the critical state, characterized by the following step of c) comparing an average comparison signal , in particular formed from further comparison signals of at least two or more or all further battery cells of the battery, with the comparison signal of the battery cell, in particular the individual battery cell, in order to determine a first evaluation signal . a) comparing a measured change in the measured voltage of the battery cell with a modelled change in the modelled voltage , wherein a comparison signal of the battery cell is determined on the basis of this comparison, b) evaluating the comparison signal of the battery cell in order to detect the critical state, characterized by the following step of c) comparing an average comparison signal , in particular formed from further comparison signals of at least two or more or all further battery cells of the battery, with the comparison signal of the battery cell, in particular the individual battery cell, in order to determine a first evaluation signal .
A method of injecting water into a hydrocarbon reservoir, comprising: (a) passing a first stream of water, such as produced water, having a first salinity at a first hydrostatic pressure across a first, draw side of an osmotic membrane; (b) passing a second stream of water having a second salinity at a second hydrostatic pressure across a second, feed side of the membrane, optionally wherein the second stream is seawater or produced water; (c) wherein the first hydrostatic pressure is approximately the same as or is greater than the second hydrostatic pressure; (d) whereby water is drawn across the membrane from the second stream into the first stream by osmotic energy to produce an injection stream of water at approximately the first pressure and having a salinity lower than the first salinity; and (e) injecting the injection stream of water into a hydrocarbon reservoir; characterised in that (f) the first salinity is at least 80 g/L greater than the second salinity in terms of total dissolved solids. (a) passing a first stream of water, such as produced water, having a first salinity at a first hydrostatic pressure across a first, draw side of an osmotic membrane; (b) passing a second stream of water having a second salinity at a second hydrostatic pressure across a second, feed side of the membrane, optionally wherein the second stream is seawater or produced water; (c) wherein the first hydrostatic pressure is approximately the same as or is greater than the second hydrostatic pressure; (d) whereby water is drawn across the membrane from the second stream into the first stream by osmotic energy to produce an injection stream of water at approximately the first pressure and having a salinity lower than the first salinity; and (e) injecting the injection stream of water into a hydrocarbon reservoir; characterised in that (f) the first salinity is at least 80 g/L greater than the second salinity in terms of total dissolved solids.
Production line for producing containers by blow moulding or stretch blow moulding of preforms, the production line comprising: - at least one transporting device for transporting preforms and/or containers that is movable in a periodic movement, comprising at least one transporting element able to transport a series of preforms and/or containers, - at least one determining device for determining the current position of the transporting element of said transporting device in the course of a period of said periodic movement, said determining device generating an output signal (S s ) representative of said current position, - at least one control device for controlling the transporting device that controls said periodic movement via a control signal (S c ) in accordance with said output signal (S s ), - at least one functional unit interacting with at least one preform and/or at least one container transported in the transporting device upon reception of an input signal (S e ), characterized in that the input signal (S e ) for the functional unit is obtained from the output signal (S s ) from the position determining device . - at least one transporting device for transporting preforms and/or containers that is movable in a periodic movement, comprising at least one transporting element able to transport a series of preforms and/or containers, - at least one determining device for determining the current position of the transporting element of said transporting device in the course of a period of said periodic movement, said determining device generating an output signal (S s ) representative of said current position, - at least one control device for controlling the transporting device that controls said periodic movement via a control signal (S c ) in accordance with said output signal (S s ), - at least one functional unit interacting with at least one preform and/or at least one container transported in the transporting device upon reception of an input signal (S e ),
A strobel for an article of footwear comprising: a base layer having a forefoot portion, a midfoot portion, and a heel portion; and an upper layer formed of a polymer material covering at least a portion of a top surface of the base layer; wherein the upper layer is directly bonded to the base layer in each of the forefoot portion, the midfoot portion, and the heel portion without any fastening members, and wherein another portion of the top surface of the base layer remains exposed about an entire periphery of the base layer, wherein the base layer is in the form of a ring having a central aperture extending therethrough. a base layer having a forefoot portion, a midfoot portion, and a heel portion; and an upper layer formed of a polymer material covering at least a portion of a top surface of the base layer; wherein the upper layer is directly bonded to the base layer in each of the forefoot portion, the midfoot portion, and the heel portion without any fastening members, and wherein another portion of the top surface of the base layer remains exposed about an entire periphery of the base layer, wherein the base layer is in the form of a ring having a central aperture extending therethrough.
An electrical supply system comprising: - an extension module comprising a composite board having an anode layer and a cathode layer of an electrically conducting material, which anode layer and cathode layer are separated by an insulator of an electrically insulating material, the anode layer and the cathode layer each having a trench extending from a connection surface (A) of the composite board and comprising a connection element , - connector pins for the trenches of the extension module , each connector pin having a first complementary connection element for engaging the connection element of the trench of the composite board of a further extension module and a second complementary connection element for engaging the connection element of the trench of the composite board of the extension module , the connector pin comprising an electrically conducting material for providing electrical connection between the anode layers of the extension module and a further extension module or between the cathode layers of the extension module and a further extension module , and - a power supply capable of providing a constant voltage or a constant current between the anode layer and the cathode layer . - an extension module comprising a composite board having an anode layer and a cathode layer of an electrically conducting material, which anode layer and cathode layer are separated by an insulator of an electrically insulating material, the anode layer and the cathode layer each having a trench extending from a connection surface (A) of the composite board and comprising a connection element , - connector pins for the trenches of the extension module , each connector pin having a first complementary connection element for engaging the connection element of the trench of the composite board of a further extension module and a second complementary connection element for engaging the connection element of the trench of the composite board of the extension module , the connector pin comprising an electrically conducting material for providing electrical connection between the anode layers of the extension module and a further extension module or between the cathode layers of the extension module and a further extension module , and - a power supply capable of providing a constant voltage or a constant current between the anode layer and the cathode layer .
A reciprocating saw comprising: a housing ; a motor within the housing; a reciprocating drive mechanism including a rotational input arranged to be driven by the motor and a reciprocating spindle to which a saw blade is attachable; and an onboard, integrated dust collection system for collecting and storing dust and debris generated by the saw blade during a cutting operation, the onboard, integrated dust collection system including: an inlet duct , a dust container positioned downstream of the inlet duct, an outlet duct defined within the housing, a fan arranged to be driven by the motor to induce a first airflow through the outlet duct, and a vacuum port that is alternately attachable to a remote vacuum source to induce a second airflow that is different from the first airflow; wherein the first airflow is arranged to extend through the inlet duct , the dust container , and the outlet duct , characterised in that : the vacuum port is on the dust container , the second airflow being arranged to extend through the inlet duct , the dust container and the vacuum port , and into the remote vacuum source. a housing ; a motor within the housing; a reciprocating drive mechanism including a rotational input arranged to be driven by the motor and a reciprocating spindle to which a saw blade is attachable; and an onboard, integrated dust collection system for collecting and storing dust and debris generated by the saw blade during a cutting operation, the onboard, integrated dust collection system including: an inlet duct , a dust container positioned downstream of the inlet duct, an outlet duct defined within the housing, a fan arranged to be driven by the motor to induce a first airflow through the outlet duct, and a vacuum port that is alternately attachable to a remote vacuum source to induce a second airflow that is different from the first airflow; wherein the first airflow is arranged to extend through the inlet duct , the dust container , and the outlet duct , characterised in that : the vacuum port is on the dust container , the second airflow being arranged to extend through the inlet duct , the dust container and the vacuum port , and into the remote vacuum source. an inlet duct , a dust container positioned downstream of the inlet duct, an outlet duct defined within the housing, a fan arranged to be driven by the motor to induce a first airflow through the outlet duct, and a vacuum port that is alternately attachable to a remote vacuum source to induce a second airflow that is different from the first airflow; wherein the first airflow is arranged to extend through the inlet duct , the dust container , and the outlet duct , characterised in that : the vacuum port is on the dust container , the second airflow being arranged to extend through the inlet duct , the dust container and the vacuum port , and into the remote vacuum source. the vacuum port is on the dust container , the second airflow being arranged to extend through the inlet duct , the dust container and the vacuum port , and into the remote vacuum source.