mhurhangee/patent-ind-claim-en huggingface dataset:
Screw comprising - a shank having a tip , a rear end , which is located opposite the tip , and a longitudinal axis , which extends through the tip and through the rear end , and - a screw thread helix , which is arranged on the shank , wherein the screw thread helix has a screw thread ridge for engaging into an internal screw thread groove, characterized in that - the screw thread helix has axial tipward play with respect to the shank , wherein the tipward play increases as the axial distance of the screw thread helix from the tip increases. - a shank having a tip , a rear end , which is located opposite the tip , and a longitudinal axis , which extends through the tip and through the rear end , and - a screw thread helix , which is arranged on the shank , wherein the screw thread helix has a screw thread ridge for engaging into an internal screw thread groove, - the screw thread helix has axial tipward play with respect to the shank , wherein the tipward play increases as the axial distance of the screw thread helix from the tip increases.
Culture facility or changing station designed as a clean room facility for creating and maintaining a germ-free environment for animal or plant research, - with a rotatable cylindrical shelf with a vertical axis (a) as the axis of rotation, - with disc-shaped plates with spaces for placing containers (5; 6), - with a lifting device and with a rotating device for the disc-shaped plates , - with substantially sector-shaped containers (5; 6) to be arranged in an annular manner in the rack and removable in a radial direction, - with a cover for sterile shielding of the shelf from the environment and - with an interface on the cover for connecting a glove box or a removal rack , characterised by a water supply device for the containers (5; 6), which is accommodated completely within the shell of the exchange station (1; 2) and which enables each container (5; 6) to be supplied. - with a rotatable cylindrical shelf with a vertical axis (a) as the axis of rotation, - with disc-shaped plates with spaces for placing containers (5; 6), - with a lifting device and with a rotating device for the disc-shaped plates , - with substantially sector-shaped containers (5; 6) to be arranged in an annular manner in the rack and removable in a radial direction, - with a cover for sterile shielding of the shelf from the environment and - with an interface on the cover for connecting a glove box or a removal rack ,
A method performed at a third network entity for transmitting data, comprising: receiving, from a first network entity , a notification indicating that downlink data to be transmitted to a User Equipment, UE, in a non-connected state is buffered on the first network entity ; and transmitting, to a second network entity , a message comprising an indication regarding a buffering of the downlink data by the first network entity (1000, wherein a paging procedure for the UE is not initiated by the second network entity based on the message, if the UE is in the non-connected state, and wherein: the first network entity is a User Plane Functional, UPF, entity, the second network entity is an Access Mobility management Functional, AMF, entity, and the third network entity is a Session Management Functional, SMF, entity. receiving, from a first network entity , a notification indicating that downlink data to be transmitted to a User Equipment, UE, in a non-connected state is buffered on the first network entity ; and transmitting, to a second network entity , a message comprising an indication regarding a buffering of the downlink data by the first network entity (1000, wherein a paging procedure for the UE is not initiated by the second network entity based on the message, if the UE is in the non-connected state, and wherein: the first network entity is a User Plane Functional, UPF, entity, the second network entity is an Access Mobility management Functional, AMF, entity, and the third network entity is a Session Management Functional, SMF, entity. the first network entity is a User Plane Functional, UPF, entity, the second network entity is an Access Mobility management Functional, AMF, entity, and the third network entity is a Session Management Functional, SMF, entity.
A cyclosporin or derivative thereof, or a combination thereof, for use in advance of treatment with a therapeutically active agent, said therapeutically active agent being a chemotherapy agent, an antiviral agent or an immunomodulator, in a method of prophylactically treating keratoconjunctivitis associated with the use of said therapeutically active agent.
A printer comprising: a container (SP) configured to contain a roll body (RP), a belt-shaped print medium (CP) being wound into the roll body (RP); a frame ; and a body case ; characterized by the frame including a first opening formed in a bottom surface thereof, the frame arranged to be a portion of the container (SP); the bottom surface facing the body case , and the body case provided outside the frame and arranged to be a portion of a bottom surface of the container (SP), the body case including a first protrusion part protruding from a surface of the body case toward the first opening , the first protrusion part configured to receive the roll body (RP). a container (SP) configured to contain a roll body (RP), a belt-shaped print medium (CP) being wound into the roll body (RP); a frame ; and a body case ; characterized by the frame including a first opening formed in a bottom surface thereof, the frame arranged to be a portion of the container (SP); the bottom surface facing the body case , and the body case provided outside the frame and arranged to be a portion of a bottom surface of the container (SP), the body case including a first protrusion part protruding from a surface of the body case toward the first opening , the first protrusion part configured to receive the roll body (RP).
A communication optical assembly comprising an optical fiber arrangement operable to detachably receive an optical fiber terminated by a ferrule , a lens arrangement , said lens arrangement being spatially disposed relative to the fiber arrangement so as to be capable of providing an axial substantially collimated and expanded beam of radiation in response to receiving radiation from the optical fiber arrangement and capable of providing a focused beam of radiation to the optical fiber arrangement in response to receiving substantially collimated beam of radiation to the lens arrangement , the optical fiber arrangement comprising a fiber stub with associated ferrule arranged to be spatially disposed between the lens arrangement and the optical fiber for conveying radiation to and/or from the assembly and said assembly further comprising a configuration of elements for spatially disposing the optical fiber arrangement relative to the lens arrangement , characterized in that the configuration of elements is operable to provide for independent adjustment of relative lateral position between the optical fiber arrangement and the lens arrangement in relation to axial position of the optical fiber arrangement relative to the lens arrangement .
Use of a vehicle with an electric or hybrid motor for the treatment of ambient air, said vehicle being equipped with purification means intended to separate pollutants by filtration and/or adsorption and/or catalysis of the outside air introduced into the passenger compartment characterized in that an urban zone is detected, from a control center, where the pollution level (C) is greater than or equal to a set value (Cmax) and the stationary presence in this zone of said vehicle, its on-board purification means are remotely activated and then said means are controlled and their performance analyzed as a function of time.
Household appliance , in particular an oven, a cooking hob, a refrigerator, a freezer, a dishwasher, a washing machine or a tumble dryer, comprising a control unit and means for detecting an ambient condition outside of the household appliance, the means being connected in signal communication to the control unit, characterized in that the means for detecting an ambient condition are adapted to detect whether the household appliance is in a sealed ambient condition, in a non-sealed ambient condition or in a transition state from a non-sealed to a sealed ambient condition and to communicate said sealed or non-sealed ambient condition or said transition state to the control unit, and the control unit is adapted to switch the household appliance from a running operation mode into a second operation mode wherein a heat emission of the appliance is reduced in comparison to the running operation mode or to start the household appliance in said second operation mode and to output an alarm signal to a user of the household appliance when a sealed ambient condition or a transition state from a non-sealed to a sealed ambient condition is detected by said means for detecting an ambient condition, wherein the sealed ambient condition is defined by a furniture housing wherein the appliance is arranged and which comprises a door or shutter that can be opened for providing access to the household appliance and closed for hiding the household appliance inside said furniture housing , wherein in the sealed ambient condition the door or shutter of the furniture housing is in a closed state, in the non-sealed ambient condition the door or shutter of the furniture housing is in an open state, and in the transition state the door or shutter of the furniture housing is in a motion from an open state towards a closed state or is stopped in between these two states.
A commodity cart comprising: at least one storage tank ; a transfer arm having a product chute , a tube portion coupled to the product chute , the tube portion ending in a product outlet ; a hydraulic system coupled to the transfer arm and configured to move the transfer arm to a product loading position wherein the product chute is positioned at a location on or near the ground; a controller configured to determine a desired fill vehicle position and generate an indication of the desired fill vehicle position, wherein the indication includes a visual indication , characterized in that the commodity cart is provided with a system that is able to provide an visual indication to a driver/operator for a positioning filling vehicle with respect to the commodity cart , wherein the visual indication is projected onto the ground by the commodity cart or is provided on the commodity cart itself. at least one storage tank ; a transfer arm having a product chute , a tube portion coupled to the product chute , the tube portion ending in a product outlet ; a hydraulic system coupled to the transfer arm and configured to move the transfer arm to a product loading position wherein the product chute is positioned at a location on or near the ground; a controller configured to determine a desired fill vehicle position and generate an indication of the desired fill vehicle position, wherein the indication includes a visual indication , characterized in that the commodity cart is provided with a system that is able to provide an visual indication to a driver/operator for a positioning filling vehicle with respect to the commodity cart , wherein the visual indication is projected onto the ground by the commodity cart or is provided on the commodity cart itself.
A method of identifying biological material that comprises micro-organisms in a sample, the method comprising - preparing a liquid comprising the sample; - generating a continuous stream of the liquid; - separating the stream into successive parts of the stream, to form flying drops ; - ionizing material from the drops while in flight; - measuring mass spectra from the ionized material; characterized by - mixing a MALDI matrix material into the continuous stream; - diluting the liquid to a dilution level dependent on a measured concentration of the micro-organisms, to a dilution level corresponding to a concentration C of microorganisms that satisfies C ∗ V<1, wherein V is a volume per separated part, said diluting being performed by mixing carrier liquid into the continuous stream. - preparing a liquid comprising the sample; - generating a continuous stream of the liquid; - separating the stream into successive parts of the stream, to form flying drops ; - ionizing material from the drops while in flight; - measuring mass spectra from the ionized material; - mixing a MALDI matrix material into the continuous stream; - diluting the liquid to a dilution level dependent on a measured concentration of the micro-organisms, to a dilution level corresponding to a concentration C of microorganisms that satisfies C ∗ V<1, wherein V is a volume per separated part, said diluting being performed by mixing carrier liquid into the continuous stream.
A cleaning robot comprising: a housing that comprises an inlet and an outlet ; a filtering unit that is arranged to filter fluid that enters through the inlet to provide filtered fluid that flows through the outlet; wherein the filtering unit comprises a first filter that has a first filtering level and a second filter that has a second filtering level that differs from the first filtering level; the first filter being arranged to perform a coarser filtering than the second filter , characterized in that the second filter at least partially surrounds the first filter . a housing that comprises an inlet and an outlet ; a filtering unit that is arranged to filter fluid that enters through the inlet to provide filtered fluid that flows through the outlet; wherein the filtering unit comprises a first filter that has a first filtering level and a second filter that has a second filtering level that differs from the first filtering level; the first filter being arranged to perform a coarser filtering than the second filter , characterized in that the second filter at least partially surrounds the first filter .
An energy storage device , said energy storage device comprising: a plurality of energy storage cells being lithium-ion battery cells ; and at least one holder structure adapted to store one or more energy storage cells of said plurality of energy storage cells ; wherein, said at least one holder structure includes at least one non-rigid member , said at least one non-rigid member being overmolded to at least one rigid frame member , enables said rigid frame member to form at least one side wall of said non-rigid member of said at least one holder structure ; said at least one non-rigid member being a flexible resin material including rubber, includes one or more receiving portions to receive at least a portion of said one or more energy storage cells , and each of said plurality of energy storage cells being configured to be secured in said one or more receiving portions in one or more configurations. a plurality of energy storage cells being lithium-ion battery cells ; and at least one holder structure adapted to store one or more energy storage cells of said plurality of energy storage cells ; wherein, said at least one holder structure includes at least one non-rigid member , said at least one non-rigid member being overmolded to at least one rigid frame member , enables said rigid frame member to form at least one side wall of said non-rigid member of said at least one holder structure ; said at least one non-rigid member being a flexible resin material including rubber, includes one or more receiving portions to receive at least a portion of said one or more energy storage cells , and each of said plurality of energy storage cells being configured to be secured in said one or more receiving portions in one or more configurations. said at least one holder structure includes at least one non-rigid member , said at least one non-rigid member being overmolded to at least one rigid frame member , enables said rigid frame member to form at least one side wall of said non-rigid member of said at least one holder structure ; said at least one non-rigid member being a flexible resin material including rubber, includes one or more receiving portions to receive at least a portion of said one or more energy storage cells , and each of said plurality of energy storage cells being configured to be secured in said one or more receiving portions in one or more configurations.
An apparatus comprising a unitized wheelend assembly comprising: a hub having an inboard side and an outboard side defining a cavity therebetween; an oil seal having an inboard side and an outboard side proximal the inboard side of the unitized wheelend assembly; an inboard bearing assembly having an inboard side proximal the outboard side of the oil seal and an outboard side; a spacer having an inboard side proximal the outboard side of the inboard bearing assembly and an outboard side; an outboard bearing assembly having an inboard side proximal the outboard side of the spacer and an outboard side; a spindle nut assembly , the spindle nut assembly having an inboard side proximal the outboard side of the outboard bearing and an outboard side; characterized in that the spindle nut assembly has a shape; and the apparatus further comprises a retainer having an inboard side with a shape to cooperatively engage the shape of the spindle nut assembly and an outboard side, the retainer releasably coupled to the outboard side of the hub. a hub having an inboard side and an outboard side defining a cavity therebetween; an oil seal having an inboard side and an outboard side proximal the inboard side of the unitized wheelend assembly; an inboard bearing assembly having an inboard side proximal the outboard side of the oil seal and an outboard side; a spacer having an inboard side proximal the outboard side of the inboard bearing assembly and an outboard side; an outboard bearing assembly having an inboard side proximal the outboard side of the spacer and an outboard side; a spindle nut assembly , the spindle nut assembly having an inboard side proximal the outboard side of the outboard bearing and an outboard side; characterized in that the spindle nut assembly has a shape; and the apparatus further comprises a retainer having an inboard side with a shape to cooperatively engage the shape of the spindle nut assembly and an outboard side, the retainer releasably coupled to the outboard side of the hub.
Device for transporting media, consisting of a stationary component and a rotating component, in particular a sealing head for conveying media under pressure and at elevated temperature, comprising at least one mechanical seal, through which the medium flows, between the stationary component and the rotating component, the mechanical seal being formed by a slide ring and a counter-ring that seals against the slide ring, further comprising a control element , which is movable in the axial direction, for adjusting the axial position of the slide ring and/or of the counter-ring , and thus the contact pressure acting between the two, as a function of the environmental and operating conditions or parameters of the device, further comprising a sleeve , through which the medium flows and on which the control element is arranged, wherein the control element comprises an adjusting sleeve, to which the slide ring or the counter-ring is fixedly connected at an end face, and the sleeve is sealed off from the component surrounding it on the one hand and from the control element on the other hand, further comprising an annular space , which is preferably arranged in the stationary component and into which the adjusting sleeve projects with its end face remote from the slide ring and/or the counter-ring , characterized in that a pressure medium can be supplied to the annular space via a feed line in order to control the adjusting sleeve, and a separate pressure unit is provided for the pressure medium or the latter is branched off from the medium that is being conveyed.
A computer implemented method, comprising: initiating , by a web browser of a computing device having one or more processors, a video chat session with another computing device via a network; displaying , at the computing device, a video chat window within a web browser tab in response to initiating the video chat session, the video chat window displaying a video stream received from the other computing device; detecting , at the computing device, a lack of interaction between a user of the computing device and the video chat window, wherein the lack of interaction includes input by the user to the computing device that causes a new web browser tab or a new web browser window to be displayed at the computing device; in response to detecting the lack of interaction between the user and the video chat window, at least one of automatically resizing and automatically repositioning , at the computing device, the video chat window to obtain a modified video chat window ; and displaying, at the computing device the modified video chat window displaying the video stream in the new web browser tab or the new web browser window. initiating , by a web browser of a computing device having one or more processors, a video chat session with another computing device via a network; displaying , at the computing device, a video chat window within a web browser tab in response to initiating the video chat session, the video chat window displaying a video stream received from the other computing device; detecting , at the computing device, a lack of interaction between a user of the computing device and the video chat window, wherein the lack of interaction includes input by the user to the computing device that causes a new web browser tab or a new web browser window to be displayed at the computing device; in response to detecting the lack of interaction between the user and the video chat window, at least one of automatically resizing and automatically repositioning , at the computing device, the video chat window to obtain a modified video chat window ; and displaying, at the computing device the modified video chat window displaying the video stream in the new web browser tab or the new web browser window.
Device for determining the dirt load in a rinsing or detergent solution in a water-conducting household appliance , in particular in a dishwasher or in a washing machine, comprising - a sensor for acquiring spectral measured values of dirt components in the rinsing or detergent solution in the water-conducting household appliance using near-infrared spectroscopy, wherein the sensor in particular is designed to carry out a transmission measurement and/or a reflection measurement, - a determination unit for determining the dirt load of the rinsing or detergent solution based on the acquired spectral measured values of the dirt components in the rinsing or detergent solution, and - an adjustment unit for adjusting wash parameters of a current wash program on the basis of the dirt load determined, characterised in that the determination unit is designed to compare output data of the sensor with a predefined calibration model. - a sensor for acquiring spectral measured values of dirt components in the rinsing or detergent solution in the water-conducting household appliance using near-infrared spectroscopy, wherein the sensor in particular is designed to carry out a transmission measurement and/or a reflection measurement, - a determination unit for determining the dirt load of the rinsing or detergent solution based on the acquired spectral measured values of the dirt components in the rinsing or detergent solution, and - an adjustment unit for adjusting wash parameters of a current wash program on the basis of the dirt load determined, characterised in that the determination unit is designed to compare output data of the sensor with a predefined calibration model.