mhurhangee/patent-ind-claim-en huggingface dataset:
Tensioning system for tensioning a fixing element , wherein the tensioning system comprises the fixing element , a deformation element and a mounting tool , wherein the fixing element has a tensioning element having a tool seat for connection to the mounting tool for conjoint rotation therewith, especially a nut or a screw head having flats, so that for tensioning of the fixing element the tensioning element can be rotated with the mounting tool about a longitudinal axis (L) of the fixing element and at the same time the deformation element can be compressed under the action of a tensioning force (F) from a starting height (h 0 ) in an undeformed pre-mounting position to a final mounted height (h E ) in a final mounted position, characterised in that the tensioning system has a stop against which or with which the mounting tool bears during tensioning in such a way that the stop limits axial movement of the mounting tool ; and during the compression of the deformation element to the final mounted height (h E ), the tensioning element is released by its tool seat from its conjointly rotating connection with the mounting tool so that, once the final mounted position has been reached, the mounting tool and the tensioning element are no longer connected for conjoint rotation. wherein the tensioning system comprises the fixing element , a deformation element and a mounting tool , wherein the fixing element has a tensioning element having a tool seat for connection to the mounting tool for conjoint rotation therewith, especially a nut or a screw head having flats, so that for tensioning of the fixing element the tensioning element can be rotated with the mounting tool about a longitudinal axis (L) of the fixing element and at the same time the deformation element can be compressed under the action of a tensioning force (F) from a starting height (h 0 ) in an undeformed pre-mounting position to a final mounted height (h E ) in a final mounted position, characterised in that the tensioning system has a stop against which or with which the mounting tool bears during tensioning in such a way that the stop limits axial movement of the mounting tool ; and during the compression of the deformation element to the final mounted height (h E ), the tensioning element is released by its tool seat from its conjointly rotating connection with the mounting tool so that, once the final mounted position has been reached, the mounting tool and the tensioning element are no longer connected for conjoint rotation.
An optically transparent electromagnetic shielding assembly , comprising: - a rigid substrate having two opposite faces (S 1 , S 2 ), which is at least partially transparent between said two faces to at least one electromagnetic radiation of a frequency between 0.1 GHz and 40 GHz, referred to as microwave radiation (HYF), and also at least partially transparent between said two faces to an optical radiation (RO) which has a wavelength between 0.1 μm and 15 μm, said substrate further being electrically insulating; and - an electrical contact area , which is located close to a periphery of the substrate , and which is intended to be electrically connected to a terminal of an electrical source or a terminal of an electrical ground, characterized in that it further comprises: - at least one channel , which is arranged to keep an electrically conducting or polarizable fluid in contact with the electrical contact area when said at least one channel is filled with the fluid; so that a shielding efficiency of the shielding assembly , effective for the microwave radiation (HYF) which passes through the substrate between its two faces (S 1 , S 2 ), is increased when the conducting or polarizable fluid contained in the at least one channel reduces an electrical impedance that exists between the electrical contact area and a point (M) of the substrate which is at a distance from the periphery of said substrate, in comparison to a state of the shielding assembly where no electrical path composed at least partially by some conducting or polarizable fluid connects said point of the substrate to said electrical contact area. - a rigid substrate having two opposite faces (S 1 , S 2 ), which is at least partially transparent between said two faces to at least one electromagnetic radiation of a frequency between 0.1 GHz and 40 GHz, referred to as microwave radiation (HYF), and also at least partially transparent between said two faces to an optical radiation (RO) which has a wavelength between 0.1 μm and 15 μm, said substrate further being electrically insulating; - an electrical contact area , which is located close to a periphery of the substrate , and which is intended to be electrically connected to a terminal of an electrical source or a terminal of an electrical ground, - at least one channel , which is arranged to keep an electrically conducting or polarizable fluid in contact with the electrical contact area when said at least one channel is filled with the fluid;
An apparatus for analysing a sample comprising a drill core sample or drill cuttings, said apparatus comprising: an X-ray tomography unit configured to scan the sample to obtain a first data set indicating a volume of the sample, the X-ray tomography unit comprising an X-ray source for generating an X-ray beam irradiating the sample, and an X-ray transmission detector for detecting the X-ray beam passing through the sample; a fluorescence detector configured to measure fluorescent radiation emanating from the sample when irradiated by the X-ray beam to obtain a fluorescence data set; a processing unit configured to calculate the volume of the sample based on the obtained first data set; and a weighing unit configured to weigh the sample; wherein the processing unit is further configured to calculate a density of the sample based on the weight and the calculated volume of the sample, to determine a concentration of chemical elements in the sample based on the fluorescence data set, and to characterize the material composition of the sample based on the calculated density and the concentration of chemical elements in the sample. an X-ray tomography unit configured to scan the sample to obtain a first data set indicating a volume of the sample, the X-ray tomography unit comprising an X-ray source for generating an X-ray beam irradiating the sample, and an X-ray transmission detector for detecting the X-ray beam passing through the sample; a fluorescence detector configured to measure fluorescent radiation emanating from the sample when irradiated by the X-ray beam to obtain a fluorescence data set; a processing unit configured to calculate the volume of the sample based on the obtained first data set; and a weighing unit configured to weigh the sample; wherein the processing unit is further configured to calculate a density of the sample based on the weight and the calculated volume of the sample, to determine a concentration of chemical elements in the sample based on the fluorescence data set, and to characterize the material composition of the sample based on the calculated density and the concentration of chemical elements in the sample.
An illuminated handle and coat hook (1000;1700) comprising: a structural portion (1002;1602;1702) defining a hook portion (1010; 1708) and handle portion ; an illuminated handle portion comprising: an LED housing (1004;1602;1704); and an LED component , and an illuminated coat hook portion comprising: an LED housing ; and an LED component , wherein: the structural portion is configured to be mounted on aircraft stowage compartment; wherein: the illuminated handle portion is disposed on an interior surface of the handle portion; and the illuminated coat hook portion is disposed on an interior surface of the hook portion. a structural portion (1002;1602;1702) defining a hook portion (1010; 1708) and handle portion ; an illuminated handle portion comprising: an LED housing (1004;1602;1704); and an LED component , and an illuminated coat hook portion comprising: an LED housing ; and an LED component , an LED housing (1004;1602;1704); and an LED component , and an illuminated coat hook portion comprising: an LED housing ; and an LED component , an LED housing ; and an LED component , wherein: the structural portion is configured to be mounted on aircraft stowage compartment; wherein: the illuminated handle portion is disposed on an interior surface of the handle portion; and the illuminated coat hook portion is disposed on an interior surface of the hook portion. the illuminated handle portion is disposed on an interior surface of the handle portion; and the illuminated coat hook portion is disposed on an interior surface of the hook portion.
A method of controlling one or more luminaires arranged to illuminate an area covered by at least one presence sensor, the method comprising: receiving from a user a selection of a lighting scene to be rendered; characterized by the method further comprising determining an activity in the area based on the selected lighting scene; controlling at least one of the luminaires to render the selected lighting scene; determining a timeout duration for the luminaires based on the determined activity; using the at least one presence sensor to monitor the area for presence indicators when rendering the selected lighting scene; and automatically switching the luminaires to a low-power mode if no presence indicator is detected in the area for the determined timeout duration when rendering the selected lighting scene. receiving from a user a selection of a lighting scene to be rendered; characterized by the method further comprising determining an activity in the area based on the selected lighting scene; controlling at least one of the luminaires to render the selected lighting scene; determining a timeout duration for the luminaires based on the determined activity; using the at least one presence sensor to monitor the area for presence indicators when rendering the selected lighting scene; and automatically switching the luminaires to a low-power mode if no presence indicator is detected in the area for the determined timeout duration when rendering the selected lighting scene.
A method for the joining of workpieces , wherein a thermally expandable material is arranged in an intermediate space between a first workpiece and a second workpiece , wherein, to produce a connection between the first workpiece and the second workpiece in a connecting region , thermal energy is introduced into the connecting region in a connecting process, wherein the thermally expandable material melts in the connecting region , with the result that a connection between the first workpiece and the second workpiece is produced in the connecting region , and that the thermally expandable material expands in an expansion region adjoining the connecting region , with the result that the thermally expanded material substantially completely fills the intermediate space between the first workpiece and the second workpiece in the expansion region , characterized in that the thermally expandable material is a thermally foamable material, wherein the thermally foamable material is foamed in the expansion region , and wherein the thermally expandable material comprises a blowing agent which, when the thermally expandable material is heated, releases a gas which ensures that the thermally expandable material foams. the thermally expandable material melts in the connecting region , with the result that a connection between the first workpiece and the second workpiece is produced in the connecting region , and that the thermally expandable material expands in an expansion region adjoining the connecting region , with the result that the thermally expanded material substantially completely fills the intermediate space between the first workpiece and the second workpiece in the expansion region , characterized in that the thermally expandable material is a thermally foamable material, wherein the thermally foamable material is foamed in the expansion region , and wherein the thermally expandable material comprises a blowing agent which, when the thermally expandable material is heated, releases a gas which ensures that the thermally expandable material foams.
A disposable medical compression device comprising an elongated strip having a longitudinal central axis (A), a thickness and a width (w), the strip further comprising a head portion at a first longitudinal end, a tail portion at a second longitudinal end, and a loop portion arranged between the head portion and the tail portion, the loop portion having a sufficient length for encircling a body part of a human or animal, the strip further comprising means for fastening overlapping portions of the strip when the loop portion is encircling a body part applying a compression force to the body part wherein that the strip comprises a tension indicator adapted to indicate when a predetermined tension in the strip along the longitudinal axis (A) thereof has been achieved, the tension indicator having a first longitudinal end and a second longitudinal end, characterised in that the tension indicator comprises a plurality of cuts arranged in a predetermined pattern, wherein the pattern of the plurality of cuts forms a meandering path of the strip material present between the cuts , the meandering path extending from the first longitudinal end of the tension indicator to the second longitudinal end of the tension indicator , the plurality of cuts prohibiting a linear shortest available path through the strip material that links the first and second longitudinal ends of the tension indicator .
Method for operating an electrical circuit comprising at least one half-bridge formed from two transistors , wherein field-effect transistors are used as transistors , wherein the electrical circuit is switched between a first switching state in which the first transistor of the half-bridge is switched to conductive by a first voltage value of a first control voltage, and the second transistor of the half-bridge is switched to blocking by a second voltage value of a second control voltage, and a second switching state in which the first transistor is switched to blocking by a second voltage value of the first control voltage and the second transistor is switched to conductive by a first voltage value of the second control voltage, wherein a dead time state in which both transistors are switched to blocking is assumed chronologically between the first switching state and the second switching state, wherein, in the dead time state, the control voltage of one of the transistors is set to an intermediate voltage value which is between the first voltage value and the second voltage value of the control voltage of the transistor , wherein the first transistor is connected to a first potential and the second transistor is connected to a second potential lying below the first potential, characterised in that , depending on a predetermined or measured current direction of a load current flowing at the centre point of the half-bridge , the transistor is selected at which the control voltage in the dead time state is set to the intermediate voltage value, wherein in the dead time state when the current direction of the load current is positive in relation to the centre point of the half-bridge , the voltage value of the second control voltage is set to the intermediate voltage value, and wherein in the dead time state when the current direction of the load current is negative in relation to the centre point of the half-bridge , the voltage value of the first control voltage is set to the intermediate voltage value, and wherein the current direction refers to the technical current direction of the load current which flows from the centre point of the half-bridge to a load connected to this centre point.
A medical system for using an interventional elongated medical device having an optical fiber configured for optical shape sensing of the medical device , the system characterized in that it comprises: a detection unit configured to detect a confined manipulation section along the medical device for manipulation by a user without an interaction interface arranged on the medical device ; and an analysis unit configured to analyze a user manipulation applied to the manipulation section based on optical shape sensing of the medical device in the manipulation section and to trigger an event in the medical system , if the analysis unit identifies the user manipulation in the manipulation section as a specific manipulation associated with the event to be triggered. a detection unit configured to detect a confined manipulation section along the medical device for manipulation by a user without an interaction interface arranged on the medical device ; and an analysis unit configured to analyze a user manipulation applied to the manipulation section based on optical shape sensing of the medical device in the manipulation section and to trigger an event in the medical system , if the analysis unit identifies the user manipulation in the manipulation section as a specific manipulation associated with the event to be triggered.
A treadmill for a pet, comprising: a base ; a first roller (112 or 122) and a second roller (111 or 121) spaced apart from each other and supported in the base ; a first belt (110 or 120) forming a first closed loop around the first roller (112 or 122) and the second roller (111 or 121); a handle rotatably coupled to a middle portion of the base , the handle being configured to rotate to a first position to cross over the first belt (110 or 120) and to a second position adjacent to a side of the base in a storage configuration of the treadmill; and a sensor provided in the handle to detect a pet on the first belt (110 or 120). a base ; a first roller (112 or 122) and a second roller (111 or 121) spaced apart from each other and supported in the base ; a first belt (110 or 120) forming a first closed loop around the first roller (112 or 122) and the second roller (111 or 121); a handle rotatably coupled to a middle portion of the base , the handle being configured to rotate to a first position to cross over the first belt (110 or 120) and to a second position adjacent to a side of the base in a storage configuration of the treadmill; and a sensor provided in the handle to detect a pet on the first belt (110 or 120).
Data transmission unit , which has a receive unit as well as a transmit unit which is able to be moved relative to the receive unit, and is configured for transmission of data from the transmit unit to the receive unit via a coupler even during a relative movement between transmit unit and receive unit, wherein the coupler has a first dielectric waveguide , characterised in that on the one hand the first dielectric waveguide has a conductor body for conveying electromagnetic waves from the frequency range 40 to 300 GHz and a retaining structure for fixing the first dielectric waveguide to a unit and, on the other hand, the retaining structure is embodied by a number of retaining arms, which are formed on the conductor body , and/or the first dielectric waveguide forms a kind of profile strip , wherein the profile strip embodying the first dielectric waveguide , seen in cross-section, has a number of retaining webs , which extend transversely to the longitudinal extent of the profile strip .
Apparatus for dispensing solid substances, wherein the apparatus comprises a feeder section with a first holder for holding a plurality of feeder units in a plurality of feeder positions that form a first circular array (A) that extends concentrically around an upright central axis, a collection section with a second holder for holding a plurality of hoppers in a second circular array (B) that extends concentrically around the central axis (S) below the first holder , and a dispensing section below the second holder , wherein the second holder is rotatable about the central axis (S) for rotating the plurality of hoppers with respect to the feeder positions for receiving solid substances from one or more of the feeder units and with respect to a first packing position (P1) for dispensing the solid substances to the dispensing section , wherein the apparatus further comprises a cleaning device for removing pollutants from the plurality of hoppers , characterized in that the cleaning device comprises a hub that is rotatable about the central axis (S) together with the second holder and a plurality of ducts for forming an air connection between each of the plurality of hoppers and the hub , wherein the hub is arranged to be connected to a vacuum source for generating a partial vacuum in the hub , wherein the cleaning device comprises a first blocking member that is arranged for at least partially blocking the air connection between one of the hoppers and the hub when said one hopper is positioned in the first packing position (P1).
A method for managing security by a controller device that controls a home device in a home network system, the method comprising: transmitting , to the home device , a request message including an identifier of the controller device for requesting a device token; receiving a device token issued from the home device if the identifier of the controller device is equal to an identifier stored in the home device ; and transmitting , from the controller device to the home device , a control command for control of the home device which includes the device token. transmitting , to the home device , a request message including an identifier of the controller device for requesting a device token; receiving a device token issued from the home device if the identifier of the controller device is equal to an identifier stored in the home device ; and transmitting , from the controller device to the home device , a control command for control of the home device which includes the device token.
A process for removing water from an oxidative esterification reactor during the oxidative esterification process for producing (meth)acrylic esters, the process comprising: (a) conducting an oxidative esterification reaction in a reactor; (b) removing a crude product stream from the reactor; (c) passing a first portion of the crude product stream directly to a product recovery zone; (d) introducing a second portion of the crude product stream to a distillation column to generate a column overheads stream and a column bottoms stream; (e) passing at least a portion of the columns bottoms stream to the product recovery zone; and (f) recycling a recycle stream comprising at least a portion of the overheads stream to the reactor; wherein the recycle stream contains less than 1 weight percent (wt%) water based on the total weight of the recycle stream, wherein the weight ratio of the first portion to the second portion is at least 1:10, and wherein the amount of the recycle stream recycled to the reactor is such that the reactor contains less than or equal to 2.5 wt% water, based on the weight of the reactor contents.